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FACTORS INFLUENCING RESEARCH PRODUCTIVITY AMONG ACADEMIC
STAFF IN SELECTED UNIVERSITIES IN KENYA.
By
Joash A. Migosi
A Thesis Submitted to the Faculty of Education in Partial Fulfillment
for the Requirements for Degree of Doctor of Philosophy
Department of Postgraduate Studies in Education
Faculty of Education
The Catholic University of Eastern Africa
September, 2009
DECLARATION
I, Joash Abere Migosi, the undersigned, declare that this
thesis in its form and nature, organization and content is a fruit of
my personal effort. To the best of my knowledge, it has never been
submitted for academic credit in any other University.
________________________ Date: 20 th
Sept, 2009
Joash Abere Migosi
ED/PhD/037/06/07
This thesis has been submitted with our approval as University
supervisors;
i
_________________________ Date
_________________________
Prof. P. Ogula
Professor of Education,
Catholic University of East Africa
_________________________ Date
_________________________
Rev. Dr. M. Kawasonga
Senior Lecturer, Faculty of Education,
Catholic University of East Africa
Dedication
I dedicate this work to my parents, Mzee Zedekiah Migosi
Isoe and Mama Josephine Moraa, who, in spite of their limitations,
found it wise to take me to school.
ii
iii
Abstract
The current academic climate in higher education in Kenya
threatens the Kenyan universities' ability to sustain the conditions
that support research productivity, teaching and service to
community. Increased demands on government and private
funding, a deteriorating physical infrastructure, increased pressure
on undergraduate programs, university expansion strategies and
general economic climate in the country have raised concerns
about the continued capacity of universities to maintain teaching,
research productivity and service to the community. This situation
dictates deliberate evaluation to be made in the scientific research
arena at all times. This study sought to examine the following;
factors that influence research productivity, the attitude of
academic staff to research and publishing among academic staff
and possible ways to enhance research productivity. Survey
research method and document analysis were employed in this
study. The questionnaire was used to collect information from 277
(70.2% male and 29.8% female) university academic staff and 17
iv
heads of departments drawn from 11 public and private
universities. SPSS (Version 15) was used to do descriptive
statistics, cross tabulations. Hypothesis testing was carried out
through ANOVA. Factor analysis was used for data reduction,
identification and description of the major factors influencing
research productivity as noted by respondents. Document analysis
dwelt on the analysis of the sampled research policies of the
selected universities. The results obtained from this study indicate
that the research productivity index for the universities in Kenya is
low. Most interesting conclusion indicated that Research content
knowledge and self motivation were the key factors that influenced
on individual researcher’s productivity. Others were resources for
research, equipments and availability of technology. There was
found to be significant relationship between age group, highest
degree obtained, individual university and highest degree obtained
and attitude towards research and publishing. The main
recommendation made by this study is for the development and
v
application of national and institutional research policies to guide
and manage research in this country.
vi
Acknowledgements
This work will not be complete without mentioning the
special contributions made by numerous persons towards its
successful completion. First and foremost I must acknowledge the
generous gesture extended to me by my employer, the Ministry of
Higher Education Science and Technology for having awarded me
a full government scholarship to undertake this study. I am indeed
grateful to the Permanent Secretary Prof. Chrispus Kiamba for this
generous gesture. Were it not for this contribution, I am not sure
whether this work could have been completed successfully.
I also appreciate the guidance and supervision extended to
me by my two supervisors, Prof. P. Ogula and Rev. Dr. M.
Kawasonga. They have, in various ways helped shape this work to
its present stage. I also appreciate other members of staff from the
faculty of education at the Catholic University of Eastern Africa.
They helped in guiding this study from the onset; these include;
Drs. Akala, Ammanuel, Githui, Kanga and Prof. Onsongo. I
acknowledge the assistance I received particularly in research
vii
methodology from Mr. Makinda, Mr. Kiarie, and Prof O’Connor
Department of Psychology University of British Columbia –
Okanagan who assisted me with materials and interpretations on
Principal Component Analysis. My classmates also supported me
especially Liz, Kangethe, Ogoti, Jared and others. Mr. P. Nyaswa
willingly agreed to go through the final draft of this work and gave
constructive criticisms. Am grateful to Rev. Prof. Majawa who
introduced me to the truths of cosmotheandrian education for
transformative living and meaningful destiny during the earlier part
of this course. Indeed this has had a great impact in my life. Mr.
and Mrs. Elkana Osinde, my neighbors, gave me all support.
I will not forget Mr. Moturi Wisley who has done most of
the typing of this work and doubled up as a research assistant in
this work. I am indeed indebted to hundreds of academic staff
from 11 universities across the country who generously accepted to
give part of their time to give responses to the questionnaires,
HODs, Vice chancellors of the selected universities and all my
research assistants. To them all I say “thank you”.
viii
My immediate and current Director, Dr. Mokabi and Dr. E.
Mwangi respectively gave me easy time and encouraged me to
finish up. Many thanks to my workmates at the Directorate of
Research Management and Development, particularly my
officemate Dr. W. Omoto.
My family provided invaluable support for the three years I
was involved in this study. Regular travels to and from Eldoret,
notwithstanding the condition of the road then, was indeed a
challenge to all of us. I particularly appreciate the continuous urge
from my wife Zipporah, daughters Joy, Lewin; sons Allan and
Emmanuel to finish up. I sincerely thank them for their supporting
voices which cheered me on.
Last but not least, I appreciate the many graces from the
everlasting one. For, were it not for Him, all could have been in
vain.
ix
Table of Contents
CHAPTER ONE............................................................................25
INTRODUCTION.........................................................................25
1.1 Background to the Problem.........................................25
1.1.2 Background of University Education in Kenya...........5
1.1.3 Challenges Facing University Education in Kenya......8
1.2 The Statement of the Problem.....................................15
1.3 Research Questions.......................................................17
1.4 Hypotheses.....................................................................18
1.5 Significance of Study....................................................19
1.6 Scope and delimitation of the study............................20
1.7 Theoretical Framework................................................21
1.7.1 Expectancy Theory of Motivation - Victor Vroom.....21
1.7.2 Rationale for Motivation Theories..............................23
1.8 Conceptual Framework................................................29
1.9 Operational Definition of Terms..................................32
x
1.10 Organization of the study.............................................33
CHAPTER TWO...........................................................................34
LITERATURE REVIEW..............................................................34
2. Introduction...................................................................34
2.1 Research Productivity and Theories...........................35
2.2 Research Productivity and Publications.....................41
2.3 Theories of Motivation.................................................50
2.4 Determinants of Research Productivity......................60
2.4.1 Research Productivity Measurement..........................62
2.4.2 Webometrics..................................................................65
2.4.3 Research Productivity and Type of Institution..........67
2.5 Factors that Influence Research Productivity............75
2.5.1 Factors associated with Personal Career Development
.........................................................................................92
2.6 Research Productivity and Academic Disciplines......94
2.7 Research Productivity and Technology
Transfer/Patents..........................................................106
2.8 Research Productivity and Teaching Effectiveness..109
xi
2.9 Summary of Literature Review.................................110
CHAPTER THREE.....................................................................112
RESEARCH DESIGN AND METHODOLOGY.......................112
3 Introduction.................................................................112
3.1 Research Design..........................................................112
3.2 Target Population........................................................112
3.3 Sample and Sampling Procedures.............................113
3.4 Description of Research Instruments........................113
3.4.1 Questionnaires.............................................................113
3.4.2 Questionnaire for Lecturers.......................................114
3.4.3 Questionnaire for Heads of Departments.................115
3.5 Piloting/Pre-Testing.....................................................117
3.6 Validity and Reliability of Instruments.....................117
3.6.1 Validity.........................................................................117
3.6.2 Reliability.....................................................................117
3.7 Description of Data Collection Procedures...............119
3.8 Description of Data Analysis Procedures..................120
xii
CHAPTER FOUR........................................................................122
PRESENTATION AND DISCUSSION OF THE FINDINGS...122
4.1 Introduction.................................................................122
4.2 Demographic characteristics of participants............122
4.2.1 Academic staff’s demographic information.............122
4.2.2 Head of departments’ demographic information.....128
4.3 Nature of Research Productivity among public and
private universities in Kenya between 2004-2008....131
4.3.1 Average publication output by university between
2004 - 2008...................................................................131
4.3.2 Test of Hypotheses.......................................................147
4.4 Lecturers’ views on individual and Institutional
factors influencing research productivity.................156
4.4.1 Lecturers views on individual factors influencing
research productivity..................................................156
4.4.2 Lecturers views on Institutional factors influencing
research productivity..................................................158
xiii
4.4.3 Heads of Departments’ views on Individual factors
influencing research productivity..............................160
4.4.4 Heads of Departments’ views on Institutional factors
influencing research productivity..............................161
4.4.5 Principal Component Analysis..................................162
4.4.5.1Selecting the Variables for PCA.................................163
4.4.5.2Further Interpretation of the PCA............................168
4.5 Attitudes of academic staff on Research and
Publications in their institutions................................172
4.5.1 Lecturers attitude scores on research and
publications..................................................................172
4.5.2 University Academic Staffs’ Mean Attitude Score
towards Research and Publishing.............................175
4.5.2.1Hypotheses testing.......................................................176
4.6 Lecturers perceived factors hindering research
productivity.................................................................189
4.6.1 Enhancement of research productivity.....................196
xiv
4.6.1.1Academic staff views on possible solutions to problems
hindering research productivity................................197
4.6.1.2Heads of Departments’ views on possible solutions to
problems hindering research productivity...............203
4.7 Document Analysis......................................................207
4.7.1 Summary of Document Analysis...............................217
CHAPTER FIVE.........................................................................218
SUMMARY, CONCLUSIONS AND
RECOMMENDATIONS............................................218
5.1 Summary......................................................................218
5.2 Conclusions..................................................................221
5.3 Recommendations.......................................................223
5.4 Suggestions for further studies..................................225
REFERENCES............................................................................227
APPENDIX I...............................................................................255
APPENDIX II..............................................................................262
xv
APPENDIX III.............................................................................269
APPENDIX IV.............................................................................270
xvi
List of Tables
Table1.1: Summary of related studies on research productivity
employing the expectancy model..............................24
Table 2.1: Illustration of Lotka’s Law.........................................38
Table 4.1: Frequency Distribution of academic staff by Gender
......................................................................................................122
Table 4.2: Distribution of academic staff by type of university 122
Table 4.3: Distribution of academic staff by Age group...........123
Table 4.4: Distribution of academic staff by Position Held in
Their respective Universities....................................125
Table 4.5: Distribution of academic staff by years since last
highest degree was obtained...............................127
Table 4.6: Distribution of Heads of departments by gender......128
Table 4.7: Distribution of Heads of departments by type of
university......................................................................................128
xvii
Table 4.8: Distribution of Heads of Departments by Age Group
......................................................................................................129
Table 4.9: Distribution of heads of department by highest degree
obtained........................................................................................130
Table 4.10: Distribution of heads of departments by years since
last highest degree was obtained...............................130
Table 4.11: Average publication output By University 2004-2008
......................................................................................................132
Table 4.12: Frequency distribution of those who Published by rank
......................................................................................................136
Table 4.13 Frequency distribution of those who did not publish by
rank..............................................................................................137
Table 4.14: Average publication output by gender 2004-2008. . .139
Table 4.15: Average publication output By Rank 2004-2008.....140
Table 4.16: Average publication output by Age group 2004-2008
......................................................................................................142
Table 4.17: Average publication output By University Type 2004-
2008..............................................................................................144
xviii
Table 4.18: Average publication output by highest degree obtained
2004-2008....................................................................................145
Table 4.19: One way ANOVA test of difference in the mean score
of academic staff‘s type of university and research
productivity...............................................................147
Table 4.20: One way ANOVA test of difference in the mean score
of academic staff‘s age group and research
productivity...............................................................148
Table 4.21: One way ANOVA test of difference in the mean score
of academic staff‘s gender and research productivity.
...................................................................................149
Table 4.22: One way ANOVA test of difference in the mean score
of academic staff‘s rank and research productivity.. 151
Table 4.23: One way ANOVA test of difference in the mean score
of academic staff‘s highest degree obtained and
research productivity.................................................152
Table 4.24: One way ANOVA test of difference in the mean score
of academic staff ‘s years since last highest degree
xix
was obtained and research productivity....................153
Table 4.25: One way ANOVA test of difference in the mean score
of academic staff‘s university and research productivity
...................................................................................155
Table 4.26: Individual Factors influencing research productivity
......................................................................................................156
Table 4.27: Institutional Factors Influencing Research Productivity
......................................................................................................158
Table 4.28: Individual factors Influencing research productivity as
perceived by Heads of Departments..................160
Table 4.29: Heads of Departments attitudes on institutional factors
affecting academic staff research productivity.........161
Table 4.30: Rotated Component Matrix (a).................................165
Table 4.31: Correlation Matrix and Rotation...............................167
Table 4.32: KMO and Bartlett's Test...........................................168
Table 4.33: Frequency distribution of lecturers’ attitude scores on
Research and Publications in their institutions.........177
Table 4.34: Academic Staff gender mean attitude score.............179
xx
Table 4.35: ANOVA test of difference in the gender mean attitude
scores towards research and publishing....................180
Table 4.36: Academic Staffs’ types of university mean attitude
score.............................................................................................181
Table 4.37: ANOVA test of difference in academic staffs’ type of
university mean attitude scores towards research and
publishing..................................................................182
Table 4.38: Academic Staffs’ age group mean attitude score.....183
Table 4.39: ANOVA test of difference in academic staffs age
group mean attitude scores towards research and
publishing..................................................................184
Table 4.40: Academic Staffs’ rank mean attitude score..............185
Table 4.41: ANOVA test of difference in academic staffs rank
mean attitude scores towards research and publishing
...................................................................................186
Table 4.42: Academic Staffs’ highest degree mean attitude score
......................................................................................................188
xxi
Table 4.43: ANOVA test of difference in academic staffs highest
degree mean attitude scores towards research and
publishing..................................................................188
Table 4.44: Academic Staffs’ years since highest degree was
obtained mean attitude score.....................................189
Table 4.45: ANOVA test of difference in academic staffs’ years
since highest degree was obtained mean attitude scores
towards research and publishing...............................190
Table 4.46: Academic Staffs’ University mean attitude score... .191
Table 4.47: ANOVA test of difference in academic staffs
university mean attitude scores towards research and
publishing..................................................................192
Table 4.48: Academic staff views on problems hindering research
productivity..................................................................................195
Table 4.49: Heads of Department views on problems hindering
research productivity..........................................200
Table 4.50: Academic staff views on possible solutions to
problems hindering research productivity.................203
xxii
Table 4.51: Heads of Department views on possible solutions for
problems hindering research productivity...............209
Table 4.52: Research Career Development Framework..............221
List of Figures
Figure 1.1: Factors Responsible for Faculty Research Productivity
........................................................................................................30
xxiii
Figure 2.1: Factors Responsible for Faculty Research Productivity
........................................................................................................49
Figure 4.1: Distribution of academic staff by Highest Degree
Obtained.......................................................................................127
Figure 4.2: Distribution of heads of departments’ by Position held
in university.................................................................................131
Figure 4.3: Scree plot for principal component analysis.............171
xxiv
List of Abbreviations/Acronyms
AAU Association of African Universities
AAUP American Association of University Professors
ANOVA Analysis of Variance
ARIPO Africa Regional Intellectual Property Organization
ASPA American Society for Public Administration
AUB American University of Beirut
CFA Confirmatory Factor Analysis
CLS Clinical Laboratory Science
CUEA Catholic University of Eastern Africa
FRP Faculty Research Productivity
HODs Heads of Department
IADR International Association for Dental Research
IPR Intellectual Property Rights
JIF Journal Impact Factor
KEPSA Kenya Private Sector Alliance
KIPI Kenya Industrial Property Institute
xxv
KMO Kaiser-Mayer-Olkin
NCST National Council for Science and Technology
PAA Population Association of America
PAR Public Administration Review
PCA Principal Component Analysis
PhD Doctor of Philosophy
POM Production and Operations Management
PPPs Private Public Partnerships
PSDS Private Sector Development Strategy
R & D Research & Development
SEM Structural Equation Modeling
SPSS Statistical Package for Social Sciences
UASU University Academic Staff Union
UNESCO United Nations Education Scientific and Cultural
Organization
UON University of Nairobi
WIPO World Intellectual Property Organization
xxvi
xxvii
xxviii
CHAPTER ONE
INTRODUCTION
1.1 Background to the Problem
Governments expect universities to become more efficient and effective in
teaching, research and community service. However, there appears to be many
obstructions to research productivity that in turn cause low levels of research outcomes
(Lertputtarak, 2008). In Kenya, for example, the ranking of local Universities has
nosedived. This has been due to the recent innovation of module II in higher education,
massification of higher education and aggressive expansion strategies employed by
various universities. This has resulted in possibilities of imbalance between available
time for teaching and research roles of the academic staff in Universities.
Brewer, Douglas, Facer, and O'Toole (1999) describes the fears that Frederick C.
Mosher (a public administration scholar) had in the mid 1950s. Mosher had complained
that scholars of public administration were not doing enough to advance knowledge in
the field. He maintained that too little research had been performed, the stimulus for
research effort was inadequate, and research output was not meeting the needs of society.
According to Mosher, the problem was more than academic (pun intended). He felt that
research was the first step in improved practice, and that the real tragedy of poor research
performance was the human suffering that could be alleviated if public administrators
were provided with better knowledge.
Mosher argued that the close relationship between scholarship and practice was a
strength of public administration, and he encouraged scholars and practitioners to work
together to solve the "research problem". Furthermore, he recognized that the American
Society for Public Administration (ASPA) was one of the few professional societies in
any field with close connections to scholarship and practice, and he urged ASPA to assert
a leadership role and make the advancement of knowledge one of its primary objectives.
1
As a result, the Public Administration Review (PAR) began providing a forum for
the debate over research, and this forum has been sustained by lively commentary for
more than forty (40) years. Unfortunately, the research problem has not been resolved.
Knowledge production by public administration scholars continues to be criticized as
insufficient to meet the field's needs (Brewer et al, 1999). Clearly this is a strong support
for research development in areas that are perceived not to be research oriented.
Due to the world-wide economic and social imperatives, universities in all
countries are engaged in a significant reconceptualisation of their public roles. Geiger
(1986) notes that the higher education sector in the twenty-first century is very different
from that of the late nineteenth and twentieth century’s. Universities now perform
important roles as the guardians of public knowledge. They are an important part of the
modern capitalist engine and are recognized as generators of public scientific and
technological knowledge. Clearly this shows the critical role universities are playing in
national development through research and efforts must be made not to deviate from this
noble responsibility.
African Governments are committed to the development of university education
on the premise that higher education is a most sensitive and productive area of
investment. It is politically and socially sensitive in that governments need both highly-
trained people and top-quality research to formulate policies, plan programmes, and
implement projects that are essential to national development (AAU, 1987). This is a
reaffirmation of the urgent need to develop university education in Africa so as to cater
for the divergent needs of society.
2
The roles and responsibilities of college and university faculty members are
closely tied to the central functions of higher education. One primary formal description
of these functions was contained in the 1915 "Declaration of Principles" formulated by a
representative committee of faculty members including members of the American
Association of University Professors (AAUP). According to the Declaration, the
functions of colleges and universities are to promote inquiry and advance the sum of
human knowledge, to provide general instruction to the students, and to develop experts
for various branches of the public service (Joughin, 1969). These roles can be summed up
as teaching, research and community service.
The teaching, research, and community service roles of faculty members overlap
conceptually and practically. For example, instruction in a particular discipline or skill
yields a community service in the form of educated or appropriately trained persons, and
outreach to a farmer or small business owner may lead to an applied research project
undertaken by the faculty member. Some attempts have been made to validate the various
forms of faculty work and unify them conceptually. Perhaps the most famous recent
model has been the American educator and government official Ernest Boyer's (1990)
stipulation of discovery, application, integration, and teaching as separate but related
forms of scholarship. Among other outcomes, these models address concerns regarding
the implicit hierarchy that grants the most prestige to research and the least to community
service. (Education Encyclopedia, 2008)
In almost all African countries, public universities receive financial assistance
mainly from the state (Psacharopoulos, 1982). The result is that the level of higher
education activities in a country has for long depended on the soundness of national
3
economic performance. From the 1980s, most African countries experienced financial
constraints due to poor economic performance and rapid population growth, added to the
need to provide other basic services like primary education, food, health and shelter.
University education, therefore, has faced severe competition from other sectors for
limited government funds (Psacharopoulos, 1985; World Bank, 1988). In recent years
governments and international donors have challenged universities in Africa to justify
their existence and their claim on the massive public funds allocated to them. (Fuller,
1992; Psacharopoulos; 1985; World Bank, 1988)
The Government of South Africa (2003) for example, through the Department of
Education came up with a document entitled “Policy for Measurement of Research
Output of Public Higher Education Institutions” The development of this policy was
driven by the imperatives for transformation of the higher education system as part of the
strategic objective envisioned by the National Plan for Higher Education. This policy
aims “to sustain research strengths and promote research and other knowledge outputs
required to meet national development needs.” (National Plan for Higher Education,
2003; 70) The purpose of this policy was to encourage research productivity by
rewarding quality research output at public higher education institutions. However, the
policy was not intended to measure all output, but to enhance productivity by recognising
the major types of research output produced by higher education institutions and further
use appropriate proxies to determine the quality of such output. It is important to note that
governments are realising the crucial role being played by research. Kenya can clearly
borrow a leaf from the Government of South Africa by determining research productivity
4
of its academic researchers and establish elaborate reward scheme for its researchers both
at the university and at the research institutes.
1.1.2 Background of University Education in Kenya
The idea of an institution for higher learning in Kenya goes back to 1947 when
the Kenya Government drew up a plan for the establishment of a technical and
commercial institute in Nairobi. By 1949, this plan had grown into an East African
concept aimed at providing higher technical education for the region. In September 1951,
a Royal Charter was issued to the Royal Technical College of East Africa and the
foundation stone of the college was laid in April 1952 (UON, 2009)
Soon after the arrival of students at the college, the pattern of higher education in
East Africa came under scrutiny. Through the recommendation of a working party
formed in 1958, chaired by the Vice-Chancellor of the University of London, Sir John
Lockwood, the Royal Technical College of East Africa was transformed. On 25th June
1961, the College became the second University College in East Africa, under the name
"Royal College Nairobi." (Nafukho, 1999; UON, 2009)
The Royal College Nairobi was renamed "University College, Nairobi" on 20th
May 1964. On the attainment of "University College" status, the institution prepared
students for bachelor's degrees awarded by the University of London, while also
continuing to offer college diploma programmes. The University College Nairobi,
provided educational opportunities in this capacity until 1966 when it began preparing
students exclusively for degrees of the University of East Africa, with the exception of
the Department of Domestic Science (Abagi, 1999).
5
With effect from July 1970, the University of East Africa was dissolved and the
three East African countries set up their national Universities. This development saw the
birth of the University of Nairobi set up by an Act of Parliament. Others were Makerere
and Dar Es Salaam Universities for the break-up of the University of East Africa was
partly due to ideological differences between the member states Uganda and Tanzania
respectively. Kenyatta College, a teacher-training institution situated on the outskirts of
Nairobi, became a constituent college of the University of Nairobi in 1972 and was
elevated into a full -fledged university in 1985 (Abagi,1999; Nafukho,1999; UON, 2009).
As years went by, the number of Kenyans seeking university education exceeded
the capacity of the University of Nairobi. This led to the establishment of Moi University
in 1984 as the second university in Kenya following the recommendations of the Mackay
Report of the Presidential Working Party on the Second University in Kenya
(Government of Kenya, 1981) which collected views from many people and found an
overwhelming support by Kenyans for the establishment of a second and technologically
oriented university in the country. From then, university education in Kenya has
expanded with a rise in student enrolments, expansion of universities, diversity of
programmes and setting up of new universities and campuses. A previous agricultural
college also gave way to Egerton University in 1988 (Nafukho, 1999).
The most salient feature of university education expansion in Kenya has been
rapid growth in the number of institutions and enrolments. The number of public
universities increased from one in 1970 to seven in 2009 while the university colleges
have grown to thirteen (13). Like its public counterpart, the private university sector in
Kenya has also grown tremendously. The private and accredited universities stand at 21
6
though most of them concentrate in theological studies. The numbers of university
students in Public and accredited universities stood at 118,300 (GOK, 2008).The
University of Nairobi intends to hit the 50,000 mark in terms of enrolment by September
2009 (UON, 2009). These figures indicate an increase in enrolment from 91,541 students
in 2004/2005 academic year to about 170,000 students in 2009 (CHE, 2009). With the
Kenyan economy experiencing negative growth for most of the 1980s and 1990s, the
Government of Kenya found itself no longer able to sustain its previous levels of
financial support to the public universities. This situation arose at the same time as the
growth in student numbers that resulted from both the pressure exerted from the
expanded lower levels of education as well as the fact that possession of higher education
qualifications was becoming more highly regarded as a ticket to formal sector
employment (Mwiria, 2007).
Chege (2006) notes that the watershed of higher education in Africa was
experienced at the establishment of colleges that were affiliates of the University of
London for example, Makerere was giving external degrees of the University of London.
Other institutions that were appendages of the University of London included University
of Ibadan in Nigeria, University College of Ghana at Legon and Fourah Bay College at
Freetown, Sierra Leone. The implication of this was that higher education institutions in
Africa should maintain the same parity in instruction, teaching and culture as the
University of London.
With the exception of universities established in Cairo (970 in Egypt), Fourah
Bay (1827 in Sierra Leone), Liberia (1862), and Omdurman (1912 in Sudan), most
African universities were founded around independence in the mid-1960s and 70s, this is
7
where the universities in East Africa fall. The new universities became a constituent part
of the new institutions that were created to satisfy the aspirations of the new nations.
Identified among the tasks of the new universities were the training of future leaders of
thought in the professions, commerce and industry. Additionally, they were to train a
highly educated cadre of persons who would give leadership by passing on their
education through formal and informal means. Simultaneous with the training of high-
level human resources, was the need to prepare a number of social and economic research
studies to serve as guidelines to the political leaders who were spearheading the
reconstruction of institutions inherited from both the traditional and colonial eras.
1.1.3 Challenges Facing University Education in Kenya
Kenya as a member of the international community is also having a good share of
her challenges in the higher education sector. The rapid expansion of university education
in Kenya has led to a number of challenges. According to UNESCO World Conference
on Higher Education (1998), low funding from the exchequer, increased enrolment,
limited access compared to the population level, increased enrolment without
commensurate improvement in available facilities, gender inequality, and a low research
capacity, are some of the problems facing universities in the region. These problems have
led to fears that quality of education is in a downward trend in most of these universities.
Nyaigotti-Chacha (2004; 6) made the following observation about
research in Kenya;
“Research is one of the core pillars of any university
system; Publication of research findings in reputable journals
8
is one of the ways in which these findings are widely
disseminated to stakeholders. Studies show that research and
publishing by faculty has sharply dropped over the last few
years. Due to heavy teaching responsibilities, brought about
by the rising student numbers, plus the need to moonlight so
as to make some extra money to supplement the meager pay
– faculties are not keen on undertaking meaningful research
and publishing their work”.
This observation, by one of the scholars in Kenya, is an indication that all is not
well in the research system at the University level in Kenya. There is need therefore to
find the extent to which this has gone.
Teferra, Altbachb (2004; 12) made the following observation on African scholarship, “African higher education, at the beginning of the new millennium,
faces unprecedented challenges. Not only is the demand for access
unstoppable, especially in the context of Africa's traditionally low
postsecondary attendance levels but higher education is recognized as a
key force for modernization and development. Africa's academic
institutions face obstacles in providing the education, research, and service
needed if the continent is to advance”.
This is indeed a clear observation that research function is also facing a crisis in
Kenya and Africa at large and possible solutions should be sought to bring research back
to its former status.
9
Atwoli (2008) observed that expanding university education and taking higher
education closer to the people in need of it is an important prerequisite for any country
aspiring for industrial development. However, he notes that this should be done with the
same degree of preparation. He notes that it is time our universities sat back and
rethought this whole expansion strategy. There is need therefore to strike a balance
between provision of higher education and quality issues.
Muchie (2008) noted that research universities are critical levers, along with
government and industry needed to shape a knowledge economy in any part of the world.
The key question for Africa is how universities can be aligned to support economic
development, the eradication of poverty and sustainable use of natural resources. Here
research and knowledge become critical to making poverty history and preparing
countries to cope with disasters. Africa needs a strong pan-continental community of
researchers to discover resourceful timely ways to deal with poverty’s many causes. This
requires the development of strong research universities, institutions with a strong
emphasis on graduate research, as opposed to undergraduate teaching, and where
graduates are taught by lecturers who themselves are expanding the frontiers of
knowledge. There is no doubt that the developing countries need research more than the
developed world.
Kelchtermans and Veugelers (2005) wondered on what makes someone a top
researcher, why a substantial part of academics hardly ever publish anything, what factors
explain differences in research productivity and the nature of the research system. He
questioned why some top performers managed to sustain their high productivity level
while others peak in scientific output only sporadically or never. This calls for
10
considerable effort in understanding insights and dynamics in the factors that drive
differences in research performance. This study’s concentration on the factors that
determine research productivity may illuminate some of the questions posed above.
Some scholars (Gibbons 1998; Kennedy, 1997; Trow, 1996) argue that
Universities are being challenged by other knowledge producers. Universities are no
longer the sole producers of knowledge. Knowledge is now being produced by a variety
of organizations like non governmental organizations, research organizations, business
firms, and government laboratories and even individual researchers. Whichever way one
looks at this, there is a case that has been brought forward and puts the universities on the
defensive. These concerns clearly demonstrate that Universities are at the crossroads and
must do more to remain relevant in the present society. In Kenya just like other parts of
the world, various research institutes, firms and even individuals are taking part in the
generation of knowledge, so universities are being challenged. The universities, however,
will not respond appropriately without data in the area of research management.
Information has to be availed on the research output and this is what this study has tried
to do.
Kenya has been doing well in terms of research and publishing. Ngome (2003)
observes that in the 1970s and early 1980s, the volume of research carried out at the
University of Nairobi, the oldest and largest public university in the country was one of
the highest in Africa. One of the key factors that stunted the growth of research in the
Kenyan university system was lack of adequate research funds. The large portion of
support (although inadequate) for postgraduate and staff training and research work came
11
from donors and international organizations. Lack of adequate qualified researchers
constituted the second major constraint to research expansion.
The Government of Kenya recognizes that research and development plays a crucial role
in wealth creation and enhancement of human development in the socio economic
development of the country. The importance placed upon research by the Government of
Kenya is stated in Sessional Paper Number 1 of 2005 p.85:
“Research and development (R&D) is a means of creating wealth and
enhancing human development and is a critical component of higher
education and training. It also plays a vital role in industrial
transformation, economic growth and poverty reduction. However, quality
research requires sufficient funding, availability of highly trained research
staff, adequate and appropriate facilities and equipment. For Kenya to
meet her needs in R&D, there is need to give R&D priority in national
development.”
The strategies recorded in the above quoted Sessional Paper seek to strengthen research
and development through: Increased investment in Research & Development (R & D),
creation of a strong linkage between national goals, aspirations, linkages and research and
wide dissemination of research findings for operational activities.
Despite this, the government acknowledges that researchers are faced with
various challenges which must be overcome (GoK, 2005). One major highlight in
Kenya’s National Strategy for University Education reform process is the emphasis on
12
the creation of a culture of innovation through acquisition, creation and application of
knowledge. In the strategy report, the strategic goal for quality and relevance of
University is stated as: To improve quality and relevance of learning through research for
socio-economic transformation of society (Kenya). (GoK, 2007).
Kenya’s current Mid Term Plan (MTP) of Vision 2030 P.102 states thus;
The rapid increase in enrolments at all levels of education without
commensurate increase in infrastructure and personnel has led to
overstretched facilities, overcrowding in learning institutions and high
student staff ratios. All these challenges have had a negative effect on the
quality of education. In addition, the different curriculum has not kept
pace with the demands of globalization. For instance, rapid expansion in
the demand for University education has strained the existing facilities and
adversely affected the teaching and learning, research productivity and the
intellectual climate of universities as a whole.
These challenges need resolution and elimination in order for universities to
perform to the expected standards. Currently, this is a critical issue facing higher
education institutions in Kenya, and the purpose of this research is to focus on the factors
that have an influence on the research productivity of academic lecturers in universities in
Kenya. Ouma (2008) brings in a new concept of marketisation. He argues that
universities in Kenya started enrolling full fee-paying students at a time when they were
strained in terms of institutional capacity. There were no enough physical facilities, and
most of those available were suffering decay following many years of neglect. They did
not have enough teaching staff, a problem, which the marketisation agenda has made
13
worse. These views suggest that rapid university expansion in one way or the other affect
the core mandates of the university in Kenya.
Insights in the factors that drive differences in research performance and its
dynamics have important policy implications. Policy makers in Kenya have started
assessing research performance (NCST, 2009; GOK 2009). The use of publications as
instruments for evaluation of individual scientists within research institutes as well as for
funding decisions for universities as a whole is becoming more widespread and gaining
acceptance. Furthermore, the allocation of research funding is increasingly being driven
by criteria of scientific excellence, resulting in a concentration of more funds in fewer
hands. Yet, there are few academic studies done in Kenya on what drives research
productivity.
Publications are the major output of scientific research (Rennie, Yank, &
Emanuel 1997). They are the most commonly used vehicles through which new scientific
discoveries are conveyed to the rest of the world (Nelkin, 1998). They are also the
principal currency for academic recognition and promotion for researchers in most
westernized countries (Horton, 1998). Traditionally, the United States (US) has been
leading the world in publication output (Stossel & Stossel 1990). However, with
increased globalization of over the past two decades, other nations are gaining ground
(Stossel, 1990; Nahrwold, Pereira, Dupuis, 1995). Despite this trend towards
internationalization of research, there remain large variations in publication output among
nations (Tompkins, Ko & Donovan 2001). The exact reason(s) for this variation are
largely unknown. This study has employ books and journal publications as a surrogate for
research productivity. It has centred on those factors that are influencing research output
14
among Kenyan scholars. This study has shown that there are a number of factors that
influence the variation in research output among scholars in Kenya.
Kelchtermans et al (2005) notes that many empirical researches have recently
emerged in the west that attempts to pin down the determinants of scientific productivity,
both at the level of the individual researcher and institutional level. However few studies
have combined both the researches publications output and factors that contribute to that
output.
This study explores factors that may explain why some faculty members are more
productive than others. Some of these factors explain or predict increased productivity,
educational administrators in Kenya might be able to implement policies to encourage
and support higher levels of research productivity.
1.2 The Statement of the Problem
The current academic climate in higher education in Kenya threatens the Kenyan
universities’ ability to sustain the conditions that support research achievements.
Increased demands on government and private funding, a deteriorating physical
infrastructure, increased pressure on undergraduate programs, module II, university
expansion strategies and general economic climate in the country have raised concerns
about the continued capacity of universities to maintain teaching, research productivity
and service to the state (Lertputtarak, 2008; Atwoli, 2008).
UNESCO, (2006) has raised serious concerns over the nature of university
education in the developing countries. It says that most universities are under immense
pressure to increase their enrolment in order to meet the human resource development
15
targets of their respective countries. This has led to teaching becoming their first priority
and often their only pursuit. Also, because of scarce financial resources, they are unable
to adequately equip and maintain their research facilities or replenish their libraries. In
addition, they are unable to recruit or retain well-qualified faculty with strong research
credentials who, for various reasons, prefer to move to developed countries (brain drain).
Other pertinent issues include (a) how much of the research carried out in universities in
developing countries is directly or indirectly relevant to the development needs of the
country, and (b) how much of the findings gets effectively transmitted to the relevant
users. These concerns need to be addressed urgently if the universities in the third world
countries have to make an impact in society.
In most developing countries universities are the main and often the only
institutions to undertake research, and if these falter, knowledge production for the
country as a whole will be seriously affected. Statistics show the very poor state of
research output of many developing countries, and the most disadvantaged region is Sub-
Saharan Africa (UNESCO, 2006).
The slogan “publish or perish” is commonly used in universities in the west in quest
for promotion (Mwamwenda, 1994). The Universities in developing world are also taking
into consideration publications by lecturers as a requirement for upward mobility. Many
of the academic staff in universities are not involved in productive research work while a
few of them are. This is what (Creswell 1985) referred to as a ‘puzzle’ why some
faculties produce research year after year while others do not conduct any research at all.
In spite of all these concerns, and the demand by universities for academic staff to
publish, there has never been any concern or understanding of the circumstances under
16
which the academic staff operate. There have never been deliberate efforts to understand
the problems that academic staff faces in their quest to publish. In this regard, there are
very few studies done in Kenya to analyze the factors that influence research productivity
in institutions of higher learning. The published literature in Kenya to date on the factors
influencing research productivity among university academicians in Kenya is limited.
Considering that many studies have been done in various countries of the world,
particularly in the developed countries, it is therefore important that a study is conducted
in a developing country to compare notes with those studies from other countries of the
world.
Therefore, this study sought to establish the factors that influence research
productivity among academic staff in selected public and private universities in Kenya.
1.3 Research Questions
The following research questions guided study;
1. What is the status of research productivity in selected public and private
universities in Kenya?
2. What are the individual/institutional factors that hinder/encourage
research productivity among academic staff in selected public and private
universities in Kenya?
3. What is the attitude of university academic staff in Kenya towards
research and publishing?
4. How can research productivity among academic staff in selected public
and private universities in Kenya be enhanced?
1.4 Hypotheses
17
1. There is a significant relationship between academic staffs’ type of university and
research productivity.
2. There is a significant relationship between academic staffs’ age groups and
research productivity.
3. There is a significant relationship between academic staffs’ gender and research
productivity.
4. There is a significant relationship between academic staffs’ rank and research
productivity.
5. There is a significant relationship between academic staffs’ highest degree
obtained and research productivity.
6. There is a significant relationship between years since last highest degree was
obtained and research productivity.
7. There is a significant relationship between academic staff’s university and
research productivity.
8. There is a significant relationship between academic staff s’ gender and attitudes
towards research and publishing.
9. There is a significant relationship between academic staff s’ type of university and
attitudes towards research and publishing.
10. There is a significant relationship between academic staff s’ age groups and
attitudes towards research and publishing.
11. There is a significant relationship between academic staff s’ rank and attitudes
towards research and publishing.
18
12. There is a significant relationship between academic staff s’ highest degree
obtained and attitudes towards research and publishing.
13. There is a significant relationship between academic staff s’ years since last
highest degree was obtained and attitudes towards research and publishing.
14. There is a significant relationship between academic staff s’ university and
attitudes towards research and publishing.
1.5 Significance of Study
The purpose of this study was intended to stimulate thought, and to recommend
specific actions about management of research output in Kenya. The general aim of the
study is to provide information that can assist in the design, development and formulation
of institutional research policies in the changing global situation, and in particular to
highlight those factors that should be emphasized in order to further encourage academic
lecturers to increase their research productivity.
Reward differentials, promotions and rankings among men and women in higher
education are outstanding issues that have not been fully addressed and results of this
study can be useful in addressing this problem.
The results of this study may provide important information about how
universities, research funding organisations and even government can implement policies
or develop strategies to foster lecturers’ creative research productivity and other scholarly
activities.
According to Henry and Burch (1974), most decision makers continue to use
published research as the primary indicator of academic quality. Similar to corporations
who measure "success" by bottom line profits or market share, academic institutions use
19
research productivity as the index to their overall reputation and as a means to strengthen
their national and international stature. Published research forms the best available
criterion for evaluating the quality and quantity of individual faculty members and of
their departments and institutions.
It is therefore prudent to carry out some form of audit like what the current study
has done so that the authorities know the true picture of the research system in the
country.
1.6 Scope and delimitation of the study
For the purpose of this study, research productivity of university academic staff in
Kenya has been limited to research output in journals, conference papers and books
authored between 2004 – 2008. The study focused in the academic staff in both private
and public universities in Kenya. There were 5 and 6 private and public universities
respectively.
Academic staff’s demographic information and their attitude towards research and
publication were studied.
Seventeen Heads of department also participated in the study.
1.7 Theoretical Framework
This study has been grounded on a model developed by Victor Vroom (1964).
The model is known as expectancy motivation theory. This is due to the conviction that
to determine factors influencing someone to do something, they must have a motivation
behind it.
20
This theory has been modified by various scholars over the years. The most recent
scholar to modify this model was Lertputtarak (2008) who used it for her doctoral
dissertation on determinants of research productivity in Thailand.
Business dictionary (2009) has defined motivation as internal and external factors
that stimulate desire and energy in people to be continually interested in and committed
to a job, role, or subject, and to exert persistent effort in attaining a goal. Motivation is
the energizer of behavior and mother of all action. It results from the interactions among
conscious and unconscious factors such as the (1) intensity of desire or need, (2)
incentive or reward value of the goal, and (3) expectations of the individual and of his or
her significant others.
1.7.1 Expectancy Theory of Motivation - Victor Vroom
Expectancy theory relates choices to outcomes. Individuals assess the probability
of success if a certain behavior is performed and choose to act based on the probability of
certain outcomes, which may be intrinsic or extrinsic (Nadler & Lawler, 1977). Self
determination theories are developed through the choices individuals make and the
behavior toward the interaction with and mastery of one’s environment. Self
determination is the capacity and need to choose and to have these choices be
determinant of one’s actions (Deci and Ryan, 1991).
According to this theory, effort, performance, and outcomes determine
motivation. High motivation develops when individuals believe a realistic amount of
effort will result in successful performance leading to desired outcomes. When an
individual does not expect performance to bring a desired result, then effort will not be
worth expending and motivation will be low. Thus, the key to motivation is to understand
21
those elements that will enhance the linkages between effort and performance and
outcomes (Nahavandi, 1997). As a cognitive choice theory, expectancy theory focuses on
the manner in which decisions are made regarding allocation of effort, highlighting key
components of the motivation process, such as effort-performance and desired outcomes,
and how they work together intrinsically and extrinsically as the basis for such decisions
(Mowday & Nam, 1997).
An individual is motivated to behave in a certain manner because (a) he or she has
a strong desire for a certain task outcome and a reasonable expectation of achieving that
outcome and (b) because he or she also expects that the achievement of the task outcome
will result in reward in terms of pay, promotion, job security, or satisfaction of individual
needs - physiological, safety, esteem and so on. Therefore, Vroom would maintain that
we do things in our jobs in order to achieve second level rewards:
Vroom (1964) indicated that if a worker sees high productivity as a path leading
to the attainment of one or more of his or her personal goals, he or she will tend to be a
high producer. Conversely, if he or she sees low productivity as path to the achievement
of his or her goals, he or she will tend to be a low producer.
1.7.2 Rationale for Motivation Theories
This motivation theory was selected for this study because the motivated
environment drives staff to produce more research outcomes. Kuh and Whitt (1988)
stated that academic environments and cultures or climates generally provide both
socializing and reinforcing organizational norms, values and expectations concerning
22
research. Therefore the environment under which researchers do their work is very
critical in realizing increased research productivity.
Starbuck, 2006; 84) recognizes the critical role of researchers and notes;
Since research is an occupation that involves prestige and salaries, one
should expect to see career-oriented behaviour, and one does. Social
scientists seem to be more concerned with producing papers than with
producing knowledge.
This quote draws attention to the fact that university research, which is Starbuck’s
focus in his book, is not just knowledge production, but is also, more mundanely, paid
work with reputation and career opportunities attached to it. The image of the brilliant yet
isolated mind, locked up in an ivory tower and striving to enhance knowledge just for the
sake of enhanced knowledge has been subject to erosion (Barry et al., 2001). A clear
indication here is that academic staff in Kenya and elsewhere is also concerned about
developing their careers and reaping maximum output out of it. They are therefore
motivated to work just like any other employees in an organization.
Nadler and Lawler (1977) summarized the four assumptions of expectancy
theory:
1. Behavior is determined by forces that exist within the individual and their
work environment.
2. Individuals make decision about work behavior based on examining whether
they are part of the group (membership) plus their effort to perform the task
for ‘how hard to work, how much to produce, and at what quality’.
23
3. People have different needs, desires and goals.
4. People make decisions among a variety of choices based on their expectations
that a particular behaviour will lead to desired output.
In conclusion, expectancy theory appears suitable for this study as it views motivation
and performance as critical aspects to concepts such as research productivity. The
following Table summarizes studies that have been done focusing on research
productivity and employing the expectancy model in their studies.
Table1.1: Summary of related studies on research productivity employing the
expectancy model.
Name(s) of researcher(s) Topic of study Theories Employed
Butler and
Cantrell (1989)
Extrinsic reward valence
and productivity of
business faculty: A within
and between subjects
decision modeling
experiment
Expectancy theory
Tein and
Blackburn
Faculty rank systems,
research motivation and
Reinforcement theory,
Cognitive evaluation,
24
(1996) faculty research
productivity measure
refinement and theory
testing.
Expectancy
theory
Blackburn and
Lawrance
(1995)
Faculty at Work:
Motivation, Expectation,
Satisfaction.
Reinforcement theory,
Personality and career
development theories,
Dispositional theories
Expectancy theories,
Attribution Theories, Efficacy
theories.
Information-processing
theories
Williams
(2003)
A mediated hierarchical
regression analysis of
factors related to research
productivity of human
resource education a
workforce development
postsecondary faculty
Expectancy theory,
Efficacy theory.
Chen, Gupta,
and Hoshower
(2006)
Factors that motivate
business faculty to conduct
research: An expectancy
theory analysis. Journal of
Expectancy theory
25
Education for Business.
Lertputtarak S. (2008) An Investigation of Factors
Related to
Research Productivity in a
Public
University in Thailand: A
Case Study
Expectancy theory
Mowday, R., and Nam, S.
(1997),
Expectancy Theory
Approaches to Faculty
motivation.
Expectancy theory
Tien F.F. (2000), To What Degree Does the
Desire for Promotion
Motivate Faculty to
Perform Research? Testing
the Expectancy Theory.
Expectancy theory
Modified from Lertputtarak (2008)
The above Table has given a summary of various studies that have been done
since 1989 to as recent as 2008 and all have employed the expectancy theory in their
work. This is a justification for this study to employ this theory in this study.
Efficacy Theory
26
Perhaps this is the most recent modification to the expectancy model. Besides
expectancy theory, efficacy theory is important to this thesis. Although efficacy theory is
not included in process or content motivation theories, efficacy theory was mentioned in
the research by Blackburn and Lawrence (1995), and William (2003) that studied
research productivity. In regards to expectancy and value, efficacy theory is closely
related to expectancy theory (Bandura and Locke 2003). Gist and Mittchell (1992)
suggested that the significance of self-efficacy for motivation and performance in work
settings has been well demonstrated and also used in the technical repertoire of human
resource management professionals. In his social cognitive theory, Bandura (1997:3)
introduced the construct of self-efficacy. He describes self-efficacy as;
‘Confidence in one’s capabilities to organize and execute the courses of
action required to produce given attainments’
As a consequence, he suggests that efficacy theory plays an important role in a
person’s self-regulation processes (Bandura 1991). In this theory, a person’s behaviour is
motivated and regulated by self-evaluation reactions to their own actions, and therefore,
self-directedness partially determines the course of one’s behaviour. People will
participate in and try to deal with situations that they have ability to handle, but avoid
situations that they perceive as being beyond their capabilities.
Self-efficacy theory helps us to demonstrate how much effort people will expend
and how long they will persist in the face of difficulties (Bandura 1977), and helps us to
27
predict how a person’s level of effort and persistence on a task will vary in relation to
their level of goal commitment.
This suggests that the higher a person’s perceived self-efficacy, the greater is the
potential for performance related accomplishments (Bandura, Reese & Adams 1982).
Self-efficacy is different from self-esteem and self-concept, which tend to be more global
assessments of the self across several situations. Self-efficacy is task-specific and
varies in relation to experience, learning, and performance feedback (Bandura1982)
Bandura (1977) indicated that efficacy is derived from four major sources:
performance accomplishment, vicarious experiences, verbal persuasion and physiological
arousal. Furthermore, expectations of personal efficacy appear to determine coping
behaviour, that is, initiation, effort expended and sustained effort. In this regard, Bandura
(1977:191) postulated that:
Cognitive processes mediate change but that cognitive events are induced
and altered most readily by experience of mastery arising from effective
performance...psychological changes can be produced through other
means than performance accomplishments’.
He also stated that behaviour patterns are formed through observation of others
and that these observations later serve as a guide for action. These research findings
indicate that people who view themselves as highly efficacious act, think and generally
feel differently than people who perceive themselves as inefficacious (Bandura 1986),
suggesting that personal accomplishments require both skills and belief in what they can
do or the ability to use their skills and knowledge.
28
Phillips and Russell (1994) found a statistically significant correlation between
research self-efficacy and research productivity (r=0.45) and between self-efficacy and
the research training environment (r=0.39). A study by Taylor, Locke and Gist (1984)
demonstrated that self-efficacy is directly linked to performance of academic research
productivity. This accorded with the work of Landino and Owen (1998), who found that
faculty’s research productivity was positively correlated with self-efficacy (r=0.17), and
Vasil (1992), who found that when self-efficacy perception increased, academic research
productivity also increased. Another related study by Blackburn et al. (1991), who
conducted a study of 3,930 faculty members from all institution types across the United
States, found that self-efficacy accounted for a significant proportion of explained
variance in research productivity (r=0.44).
1.8 Conceptual Framework
The following figure illustrates how this study has been conceptualized by the
researcher. This figure has been modified to suit the current area of study.
Figure 1.1: Factors Responsible for Faculty Research Productivity
29
Behaviour
High Research Productivity
Institutional Characteristics
Low Research Productivity
Individual Characteristics
This conceptual framework states that the Individual and institutional
characteristics work together to influence one’s behaviour towards research productivity.
Both institutional and individual characteristics work together in influencing the
behaviour of an academic staff towards research productivity. In this case, one’s
behaviour can lead to high or low research productivity, high research productivity in this
case means that an academic staff will produce more books, articles, patents, conference
papers etc. Low research productivity on the other hand means that an academic staff,
who is not affected by institutional and individual characteristics, will produce less and
hence have low research productivity.
30
It shows the interrelationship at play between individual and institutional factors
to form a basis for a productive, research oriented institute. In this case a university. This
model has been modified from Bland, Seaquist, Pacula, Center and Finstad (2002) who
synthesized literature on faculty research productivity and finally developed a model that
asserted high research productivity to be strongly associated with both institutional,
individual and leadership characteristics. In the Bland et al (2002) model, faculty research
productivity is highest when a faculty member has specific individual qualities works in
an institution that is highly conducive to research and supported by able institutional
leadership.
The model went further to make a hierarchical order of the factors and how they
influence research productivity. That is the individual characteristics are essential but
they have more or less power in assuming faculty research productivity depending on
how research productive the faculty members’ institution is.
In this model, the final output has been provided as articles, books, conference
papers, Patents etc. These are products of a research endeavour. When all these products
are divided by the number of the academic staff, then research productivity is realized. It
is important to note that a higher value realized means that the research productivity is
higher and vice versa.
1.9 Operational Definition of Terms
Research Productivity
For the purpose of this study, research productivity has been limited to all forms
of output from a research endeavor. This is in the form of research papers, conference
presentations, research publications in journals, and books authored. This can be
31
expanded to mean any scholarly research produced by academic faculty members that
contributes to the knowledge base of a discipline. For example; a research publication in
refereed journal, academic book or book chapter. (Creswell, 1986; UNESCO, 2006)
Institutional factors
Institutional factors are those factors that directly emerge from the institution’s
structure, such as the type of institution, institution policy for promotion, research policy,
and faculty collaboration toward a community of scholars, workload, salary, mentorship,
recruitment and selection of staff, resources, and material support.
Individual Factors
Demographic factors used in this study were derived from socio-demographic
factors of Blackburn and Lawrence (1995). These demographic factors include age,
gender and marital status, and these were included in individual factors. They have been
used to find out whether they interfere with an academic staff member’s ability to carry
out research. Others are attitude toward conducting research, academic qualifications,
advanced degree earned, research experience, skills and training, and rank status.
Measuring Research Productivity
Research productivity is conventionally measured as the ratio of total publications
to number of lecturers. Publication analysis of journal articles and books is clearly the
most common measure of such research performance (Olson, 1994). The principal
dependent variable for research productivity in the current study is the number of total
articles/books published per average faculty member. Publication data gathered from
self-reported information was found to be a reliable indicator. Allison and Stewart (1974)
32
found that self-reported response from chemists was correlated with publication counts
obtained from Chemical Abstracts (r = .94).
1.10 Organization of the study
This thesis has been organized into five chapters,
Chapter one concentrates on introduction which forms the preliminaries to the
whole thesis. The background to the study, research problem, the research questions and
hypothesis are presented here. Definitions of terms used in this study are also given in
this chapter.
Chapter two presents the Literature review which is a highlight of previous work
done by other scholars in areas related to the present study. This chapter mainly
concentrates on work done on research productivity across the globe. The most relevant
models to this study are also reviewed. A Summary of the literature is given.
Chapter three explains the research design and methodology used in this study.
Chapter four concentrates on presentation, interpretation and discussion of the
findings.
Chapter five makes summary, conclusions and recommendations of the study.
CHAPTER TWO
33
LITERATURE REVIEW
2. Introduction
The following literature review has mainly been done on the area of research
productivity at various levels from diverse parts of the world but mainly from the west.
The keywords that were used to search for the related literature were “publication
productivity”, and “research productivity.” Some issues have been highlighted that have
been borrowed by the present study and finally a summary of the same has been done.
This literature review has been grouped into the following sub headings;
Theories Related to Research Productivity
Research Productivity and Publications
Theories of Motivation
Determinants of Research Productivity
Research Productivity Measurement
Research Productivity and Type of Institution
Factors that Influence Research Productivity
Factors associated with Personal Career Development
Research Productivity and Academic Disciplines
Research Productivity and Technology Transfer/Patents
Research Productivity and Teaching Effectiveness
Summary of Literature Review
2.1 Research Productivity and Theories
Based on the rationale of expectancy theory, Tien (2000) examined the degree to which
the desire for promotion motivates faculty to do research. Using Taiwanese faculty
34
survey data, the study found that faculty members, who showed higher motivation for
promotion, also displayed better research performance than their colleagues who showed
lower motivation for promotion. The study also found that different kinds of rewards had
different motivating effects on various types of faculty research performance. After
controlling for the effects of demographic, educational, and institutional variables, the
results of logistic regressions showed that faculty who thought that promotion and the
satisfaction of curiosity were important, tended to publish articles; faculty who wanted to
demonstrate their mastery of their disciplines tended to publish books; and faculty who
cared about personal income were more likely to seek and receive the National Science
Council Research Outcome Grant.
Bean (1982) developed a model known as a causal model of faculty research
productivity. This model proposes two general types of variables which are assumed to
affect individual research productivity: institutional variables and individual variables.
Institutional variables are as follows: level of research emphasis at the institution,
granting of advanced degrees at the institution, institutional reputation, and size of
institution, degree of affluence, degree of centralization, and degree of autonomy of the
institution. Individual variables are as follows: level of research goals, number of
research colleagues, degree of undergraduate teaching responsibilities, level of research
resources, level of perceived equity of rewards, level of alienation, perceived level of
legitimacy in one's research, level of expectancies, level of need for personal growth,
level of publication in graduate school, period of time as a faculty member after
beginning as a productive academic in research, academic rank at an institution with a
research emphasis, and level of individual autonomy for individuals with high levels of
35
research goals. Several variables that have received mixed support in empirical research,
and which are not included in this model are individual ability, sex, field of study, career
stage, and prestige.
The model indicates the pathways through which these variables are expected to
produce variations in the dependent variable. These variables act through a set of
individual variables in influencing individual productivity which is the dependent
variable. These variables are expected to have multiplicative/interactive effects on the
dependent variable. The model also indicates that organizational factors affect individual
behaviour which results in a faculty member being more or less productive in the area of
research.
A number of studies have proposed models to account for researcher productivity.
Finkelstein (1984) proposed seven variables to predict the publication rates of academics.
However, this model did not include the institutional factors that impact on researcher
productivity. The current study has brought both institutional and individual factors on
board. Creswell’s (1985) model recognized the importance of the institution and its
research culture in influencing an individual academic’s productivity. Dundar and Lewis
(1998) developed a statistical model from US multi-disciplinary data that found research
productivity to be associated with both individual and environmental attributes. Bland,
Center, Finstad, Risbey and Staples (2005), empirically tested the model of Bland, et al
(2002) using data from a medical school and quantitative methods. They concluded that a
combination of individual and institutional factors, facilitated by effective leadership,
influenced research productivity in the school.
36
Two models linked to research productivity were identified that have been applied
to a business context. The first tailored a theoretical model developed to assess the
scholarly output of economists (Burke, Fender and Taylor 2007) to academic
accountants, using multivariate statistics. In a second model, Chen, Gupta and Hoshower
(2006) applied Vroom’s expectancy theory model with an aim to better understand the
motivation of business related academics from eight main disciplines, including
accounting.
Lotka's law, named after Alfred J. Lotka (1926) is one of a variety of special
applications of Zipf's law. It describes the frequency of publication by authors in any
given field. It states that the number of authors making n contributions is about 1 / na of
those making one contribution, where a nearly always equals two. More plainly, the
number of authors publishing a certain number of articles is a fixed ratio to the number of
authors publishing a single article. As the number of articles published increases, authors
producing that n publications become less frequent. There are 1/4 as many authors
publishing two articles within a specified time period as there are single-publication
authors, 1/9 as many publishing three articles, 1/16 as many publishing four articles, etc.
Though the law itself covers many disciplines, the actual ratios involved (as a function of
'a') are very discipline-specific.
The general formula says:
37
XnY = C
Or
Y = C / Xn,
Where X is the number of publications, Y the relative frequency of authors with X
publications, and n and C are constants depending on the specific field (Lotka, 1926).
This law is believed to have applications in other fields for example in the
military for fighter pilot skills.
Illustration For 100 authors, who on average write one article each over a specific
period, we also have those making one contribution, i.e. a power law, where a is often
nearly 2. It is an empirical observation rather than a necessary result. This form of the law
is as originally published and is sometimes referred to as the "discrete Lotka power
function”
Table 2.1: Illustration of Lotka’s Law
Number of articles written Number of authors writing that number of articles
10 100/102 = 1
9 100/92 ≈ 1 (1.23)
8 100/82 ≈ 2 (1.56)
7 100/72 ≈ 2 (2.04)
6 100/62 ≈ 3 (2.77)
5 100/52 = 4
4 100/42 ≈ 6 (6.25)
3 100/32 ≈ 11 (11.111...)
38
2 100/22 = 25
1 100
Source (Lotka 1926)
There is need for a study on research productivity in Kenya to work out and see
whether the output in Kenya confirms the Lotka power function. This law has been
applied elsewhere, this was done in Nigeria. Gupta (1987) generated a bibliography of
entomological research in Nigeria, 1900–1973 in total, 1720 publications were analysed
to study the author productivity patterns and to test the applicability of Lotka's law for the
obtained distributions. Four different files were generated, one for the publications of all
the authors, second for the publications by first authors, third for single authors and
fourth for coauthors.
Lotka's law, in its original form as inverse square law, was found not applicable to
any of the four data sets. However, it was found to apply in its generalized form with the
calculated values of characteristic exponent . The values of were found to be 1.9, 1.8,
2.2 and 2.4 for the four different data sets. K-S statistical test was applied to test the
applicability of generalized form of Lotka's law. The maximum difference in the
observed and estimated values of the proportions of authors was found to be highly
insignificant at 0.01 level of significance in each of the four cases
Nwagwu (2006) carried out a study on Bibliographic data on biomedical
literature of Nigeria drawn from articles listed in Medline Journal covering the period
1967–2002, and numbering 6820. These articles were analysed to study the pattern of
39
productivity of various author categories using Lotka’s law. The total of 2184 authors
who wrote the papers was divided into four different files, namely all authors, first
authors, non-collaborative authors and co-authors. The hypothesis of this study was that
the productivity patterns of each of the categories of authors differed from Lotka’s
inverse power law. The results showed that only the co-author category differed from the
inverse power version of the law, while the other categories did not, although they
yielded various exponents.
Both Nwagwu (2006) and Gupta (1987) are in agreement with Lotka’s law. This is
attributed to the fact that their exponential ranges within the limits of 1.8 and 2.6.
Bland et al (2002) synthesized the literature on faculty research productivity into a
model that asserts high research productivity is strongly associated with eight individual
characteristics, fifteen institutional characteristics, and four leadership characteristics.
This model has evolved through its application in several studies, as noted earlier. In the
Bland et al. (2002) model, faculty research productivity is highest when a faculty member
has specific individual qualities, works in an institution that is highly conducive to
research, and is led by someone who possesses essential leadership qualities and uses an
assertive–participatory management approach.
Figure 2.1 displays the model and briefly describes the individual, institutional,
and leadership characteristics in the model. Further, the Bland et al. (2002) model
suggests a hierarchical order to these three sets of qualities. That is, the individual
characteristics are essential, but they have more or less power in assuring faculty research
productivity depending on how research-conducive the faculty member’s institution is.
40
Finally, the impact of the institution is mediated by the qualities and style of the leader.
This study has picked on the interaction of the individual and institutional factors on the
influence the overall research productivity of the university academic staff in Kenya.
2.2 Research Productivity and Publications
Price (1963) who studied the growth of scientific literature went on to generalize
that 50% of scientific publications was produced by 6% of the scientific community and
that the average scientist published about three papers in his lifetime. In another study,
Bottle, et al (1994) compared publication counts produced by chemical professors,
readers and senior lecturers in the United Kingdom and those in the United States (1981-
1991) and found no significant difference in their publication productivity.
Reskin (1977) studied a random sample of 238 academic chemists between 1955
and 1961 and found that 7.5% published nothing in the first decade following the receipt
of their degree and 11% published 1 article. Although the average rate of publications
achieved was low, the variations of publication productivity between the scientists were
high (Blume & Sinclair, 1973). Lotka (1926) analysed papers published in physics
journal and found the distribution of publication was highly skewed. This indicated that a
small minority of scientists produced the bulk of the papers.
Kyvik (1990) in a study noted that productivity differences were the least in
natural science (women published 20% fewer articles than men) whilst women in
medicine, social science and humanities were 30-35% less productive than men.
Academic rank was found to be important in relation to productivity. Professors were
more productive than associate professors, and since there were fewer women in senior
41
positions, the difference in productivity between ranks had consequences for average
productivity between male and female researchers. Tower, Desai, Carson and Cheng
(2006) reached the same conclusions in a large scale study of Australian accounting
academics. Interestingly, Kyvik (1990) observed that women published less than men in
the same positions but that they were more productive than men in lower positions. Thus
female associate professors published more than male associate professors, and female
associate professors published more than male assistant professors.
There was a relationship between age and productivity and this connection was
upheld for both men and women. High age was negatively related to productivity for both
men and women. Women were more productive in the age group 50-54, while men were
more productive in the age group 45-49. Considering all researchers, productivity was
highest in the 45-49 age groups. For both men and women, married and divorced persons
were more productive than single persons. Women with children were more productive
than women without children. (Tower, G; Plummer, J; and Ridgewell, B 2007)
This study has used publications in refereed research journals as a surrogate for
research productivity. This approach is supported by the literature. Radhakrishna and
Jackson (1993) reported that publishing in refereed journals was ranked as the most
important factor when agricultural and extension education department heads were asked
to rank the importance of 13 factors in the evaluation of faculty. In a related study,
Radhakrishna, Yoder and Scanlon (1994) concluded “Publications (refereed articles in
journals and paper presentations in conferences) are considered to be a very important
component of faculty productivity” (p. 17). In Kelly and Warmbrod’s (1986) study, most
of the variance (84.1%) in their research productivity score was explained by publications
42
in refereed journals, with the remaining variance explained by seven other variables. The
decision to use refereed journal articles as a surrogate for research productivity was based
on the studies cited here.
Wagner, Hornsby, Talbert, Hobbs, Brown, & Kenrick (1994) undertook a study whose
purpose was to quantify research publication productivity of family medicine
departments in selected family medicine and interdisciplinary journals. A 5-year journal
search was conducted to identify original research articles published by family medicine
department faculty. Publication productivity of all departments was ranked, and
regression analysis was used to identify predictors of publication productivity. The
departments leading in publication productivity published more than 25 articles over the
5-year period. The number of faculty and mean dollar value of family medicine
department establishment grants were the strongest predictors of publication productivity.
When adjusted for departmental size, some departments were found to have high
publication productivity per faculty member, even though total numbers of departmental
publications were low in comparison to other departments. This study identified one way
of comparing departments in terms of publication productivity. Large departments, and
those with more developmental grant support, had the highest publication productivity.
Quantification of research output is not enough as this study attempted to do. The present
study has gone beyond quantifying the research productivity and found out reasons that
propel higher productivity of research output among university lecturers in selected
public and private universities in Kenya.
The counting of total or average publications achieved is therefore a common and
popular method used to assess research productivity; it is also easier to obtain such
43
bibliographic data (Martin, 1996). This study has used publication data gathered from
self-reported information from University lecturers in Kenya. It was easier to obtain this
information from the lecturers themselves than to the journal publications. This is
because most of the journals are published out of the country.
Generally, the concept of productivity is considered as "units of output per units
of time" (Waworuntu & Holsinger, 1989). When applied to research, Print and Hattie
(1997) stated that research productivity is the totality of research performed by academics
in universities and related contexts within a given time period. Then, research
performance indicators can be devised by measuring that productivity in order to provide
a basis for making judgments about research quality.
Zainab (1999) states that the outputs of research comprised of intangible and
tangible outcomes. The intangible outcomes are more complex, which include new
scientific knowledge and awareness of new methodologies, and theories. On the other
hand, the tangible outputs of research are published research findings such as research
report or publication in refereed journals which has achieved national or international
recognition, or communicated at conferences. Researchers grant different forms of
recognition based on their contribution to the field, which include citations, positive
ratings and rankings by peers, award of honors and prizes.
Publication counts became units for measuring output. Publication count is an
indicator of research productivity, which may also include patents, inventions and
awards. Publication counts are used to rank faculties and academics. Institutions can be
44
ranked based on the total of publications and the ratio of publications to full-time faculty
(Toutkoushian, Porter, Danielson and Hollis, 2003).
Lange (2001) indicates that quantitative science indicators are essential indicators
for evaluation purposes. They are used for the allocation of funds, scholarships, and
tenures. Apart from publication lists, the most frequently used quantitative indicators for
scientific performance, are the citations which scientists, journals, or scientific
institutions receive. Author productivity, together with the type of publication and the
rank of author, can be used to assess the output of a researcher (Tsay, 2004).
The number of papers published by a group, institution or nation is a partial
indicator of its size and productivity, which give an indication of the research activity in a
particular discipline. Therefore, the publication produced in a particular discipline need to
be determined in order to assess its productivity (Gu and Zainab, 2001).Research
performance and publication productivity by faculty members of an institute could be
used as indicators for ranking institutions.
In their study, “Academic Ranking of World Universities – Methodologies and
Problems”, Liu and Cheng (2005) have ranked more than 1000 universities worldwide by
several indicators of academic or research performance, including alumni and staff
winning Nobel Prizes and Fields Medals, highly cited researchers in twenty-one broad
subject categories, articles published in Nature and Science, articles indexed in Science
Citation Index-Expanded(SCIE) and Social Science Citation Index (SSCI), and academic
performance with respect to the size of an institution. It would be impossible to rank the
quality of university education worldwide due to the huge differences of universities in
different countries and the technical difficulties in obtaining internationally comparable
45
data. Therefore, Liu and Cheng ranked research universities in the world by their
academic or research performance based on internationally comparable data.
Generally, research publication is used to assess the qualifications for promotion
and tenure. Therefore, scientists do research in order to get promoted to higher rank
among their colleagues. Although they preferred teaching as one of the criteria used for
evaluation process for tenure and promotion, but the emphasis was placed on research
(Ali, Young and Ali, 1996). Thus, scientists prefer to collaborate with other researchers
in order to be more productive and to produce better quality research.
Published literature has reported a number of studies that used the quantity of
publication to assess research productivity. Blackburn, Behymer and Hall (1978) used
total articles published over two years, total career publication and total book published
from self-reported data to assess the productivity of 1,216 academic staff members from
4-year colleges and 7,484 staff from universities in the United States.
The instrument used was the questionnaire. Publication data gathered from self-
reported information was found to be a reliable indicator. Allison and Stewart (1974)
found that self-reported response from chemists was correlated with publication counts
obtained from Chemical Abstracts (r = .94). Publication counts have not only been used
to provide productivity counts but also used to assess research trends in certain
disciplines. David, Piip and Haly (1981) used total number of publication counts in
textile research to identify trends in specific areas of research and found a decline in basic
research at the expense of applied textile research. Though this study was done many
years ago, the present study has borrowed the use of self reported data and the
questionnaire in its study format.
46
Onsongo (2005) published an article entitled, The Role of Research and
Publication in the Promotion of Academics in Kenyan Universities based on a study that
was carried out in one of the Kenyan public universities between January and April 2000
to investigate the role of research and publication in the promotion of academics in
Kenyan universities. Data were collected from 14 academic men and 13 academic
women through questionnaires/interview guides and document analysis. Documents such
as promotion criteria and academic staff lists were used to analyse the promotion criteria
and determine the ranks occupied by the academic staff. Findings from the study revealed
that academic promotions were strongly linked to research and publications. Academic
staff had limited access to research and publication as shown by their low involvement in
research and low publication rates. Academics were found to face a number of obstacles
such as inadequate funding, lack of information on available resources, absence of
support systems to enhance research and publications, and inadequate time. Perhaps this
is the only study carried out in Kenya on the area of research productivity. The sample
population used here was not representative of the university academic staff at the time.
The present study increased the sample population so as to realize generalizable findings.
Maske, Durden and Gaynor (2003) examined the factors that cause disparity
between male and female publications. They found 41.3% of the difference between male
and female article production was explained by experience, number of courses taught,
type of university orientation, and other control factors. They argued that the unexplained
difference may be related to discriminatory practices in the publication process. Other
contributory factors showed that women were more involved in community service
activities at the expense of research. Their statistical regression results showed that
47
females had 12.2 years experience whereas males had 17.2 years experience; the
marginal year of experience was associated with an increase of 0.99 papers for males and
0.45 for females. Other significant predictive factors included a negative relationship
with time devoted to administration, teaching or working in a teaching-focused
institution.
This study dwelt on the factors causing disparity in research performance
between male and female researchers. This is not enough; it should have proceeded to
find out those factors that promote or hinder research productivity of all sexes. That is
what the present study has strived to accomplish.
Oppenheim and Ellerslie (2008) carried out an investigation whether a
relationship existed between motivation and publication productivity of UK academic
Information Scientists. A motivational questionnaire survey was performed, and citation
analyses undertaken to determine the publication and citation count of the 45
respondents. Findings of this study demonstrated significant differences in motivational
levels and publication counts by age, gender, caring responsibilities and hours spent on
research. The paper concluded that those likely to produce more publications were older
males without responsibilities who did 6-15 hours research per week. The conclusions of
this study cannot be so useful in academic circles. The present study came up with
tangible conclusions on the way forward to motivate university lecturers to work even
harder in their academic endeavours.
Figure 2.1: Factors Responsible for Faculty Research Productivity
48
Source: Bland et al (2002)
This model has been borrowed and modified to fit the conceptual framework for this
studyit forms a perfect interaction of the various factors at play in the research
productivity efforts of the academic staff.
2.3 Theories of Motivation
There are a number of different views as to what motivates workers. The most
commonly held views or theories are discussed below and have been developed over the
last 100 years or so. Unfortunately these theories do not all reach the same conclusions!
(Wikipedia)
Taylor
Frederick Winslow Taylor (1856 – 1917) put forward the idea that workers are
motivated mainly by pay. His Theory of Scientific Management argued the following:
49
Workers do not naturally enjoy work and so need close supervision and control
Therefore managers should break down production into a series of small tasks
Workers should then be given appropriate training and tools so they can work as
efficiently as possible on one set task.
Workers are then paid according to the number of items they produce in a set
period of timepiece- rate pay.
As a result workers are encouraged to work hard and maximize their productivity.
Taylor’s methods were widely adopted as businesses saw the benefits of increased
productivity levels and lower unit costs. The most notably advocate was Henry Ford who
used them to design the first ever Production line, making Ford cars. This was the start of
the era of mass production.
Taylor’s approach has close links with the concept of an autocratic management
style (managers take all the decisions and simply give orders to those below them) and
Macgregor’s Theory X approach to workers (workers are viewed as lazy and wish to
avoid responsibility).
However workers soon came to dislike Taylor’s approach as they were only given
boring, repetitive tasks to carry out and were being treated little better than human
machines. Firms could also afford to lay off workers as productivity levels increased.
This led to an increase in strikes and other forms of industrial action by dis-satisfied
workers.
Mayo Elton
Elton Mayo (1880 – 1949) believed that workers are not just concerned with
money but could be better motivated by having their social needs met whilst at work
50
(something that Taylor ignored). He introduced the Human Relation School of thought,
which focused on managers taking more of an interest in the workers, treating them as
people who have worthwhile opinions and realizing that workers enjoy interacting
together.
Mayo conducted a series of experiments at the Hawthorne factory of the Western
Electric Company in Chicago He isolated two groups of women workers and studied the
effect on their productivity levels of changing factors such as lighting and working
conditions.
He expected to see productivity levels decline as lighting or other conditions
became progressively worse. What he actually discovered surprised him: whatever the
change in lighting or working conditions, the productivity levels of the workers improved
or remained the same.
From this Mayo concluded that workers are best motivated by:
Better communication between managers and workers (Hawthorne workers were
consulted over the experiments and also had the opportunity to give feedback)
Greater manager involvement in employees working lives (Hawthorne workers
responded to the increased level of attention they were receiving)
Working in groups or teams. (Hawthorne workers did not previously regularly
work in teams)
In practice therefore businesses should re-organize production to encourage
greater use of team working and introduce personnel departments to encourage greater
manager involvement in looking after employees’ interests. His theory most closely fits
in with a paternalistic style of management.
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Maslow
Abraham Maslow (1908 – 1970) along with Frederick Herzberg (1923- )
introduced the Neo-Human Relations School in the 1950’s, which focused on the
psychological needs of employees. Maslow put forward a theory that there are five levels
of human needs which employees need to have fulfilled at work.
All of the needs are structured into a hierarchy and only once a lower level of
need has been fully met, would a worker be motivated by the opportunity of having the
next need up in the hierarchy satisfied. For example a person who is dying of hunger will
be motivated to achieve a basic wage in order to buy food before worrying about having a
secure job contract or the respect of others.
A business should therefore offer different incentives to workers in order to help
them fulfill each need in turn and progress up the hierarchy (see below). Managers should
also recognize that workers are not all motivated in the same way and do not all move up
the hierarchy at the same pace. They may therefore have to offer a slightly different set of
incentives from worker to worker.
Herzberg
Frederick Herzberg (1923- ) had close links with Maslow and believed in a two-
factor theory of motivation. He argued that there were certain factors that a business
could introduce that would directly motivate employees to work harder (Motivators).
However there were also factors that would de-motivate an employee if not present but
would not in themselves actually motivate employees to work harder (Hygiene factors).
Motivators are more concerned with the actual job itself. For instance how
interesting the work is and how much opportunity it gives for extra responsibility,
52
recognition and promotion. Hygiene factors are factors which ‘surround the job’ rather
than the job itself. For example a worker will only turn up to work if a business has
provided a reasonable level of pay and safe working conditions but these factors will not
make him work harder at his job once he is there. Importantly Herzberg viewed pay as a
hygiene factor which is in direct contrast to Taylor who viewed pay, and piece-rate in
particular Herzberg believed that businesses should motivate employees by adopting a
democratic approach to management and by improving the nature and content of the
actual job through certain methods. Some of the methods managers could use to achieve
this are:
Job enlargement – workers being given a greater variety of tasks to perform (not
necessarily more challenging) which should make the work more interesting.
Job enrichment - involves workers being given a wider range of more complex,
interesting and challenging tasks surrounding a complete unit of work. This
should give a greater sense of achievement.
Empowerment means delegating more power to employees to make their own
decisions over areas of their working life.
Reinforcement theory
Reinforcement theory was developed by Skinner (1953). In reinforcement theory,
behavior can be explained by environmental conditions. The theory relies on the concept
of the ‘law of effect’, which demonstrates that positive or pleasant behaviors are more
likely to be repeated (Thorndike 1911).
There are four types of reinforcement: positive reinforcement, negative
reinforcement, extinction and punishment. Positive and negative reinforcement intend to
53
increase behavior, while extinction and punishment aim to decrease behavior. Due to
reinforcement theory, people learn several things during the process of reinforcement.
Although the reinforcement theory is a powerful influence tool, the theory contains some
limitations (West Virginia University 1996); (1) it is difficult to identify rewards and
punishment. Finding good rewards and punishments requires a great deal of experience
and insight. (2) It requires control all sources of reinforcement, (3) internal changes can
be difficult to create. It works best with the heuristic thinker, not requiring systematic
thinking. It needs to maintain steady reinforcement cues to maintain the desire actions.
(4) Punishing is difficult to do well.
Adam's Equity theory
Adam's Equity theory is a motivation theory that points out the fact that the
managers should seek a fair balance between the employees' inputs (effort, loyalty, hard
work, sacrifice, etc) and their outputs (recognition, status, salary, status etc), in order to
motivate employees (Adams, 1965). He also stated that it is very vital to make the
employee feel that he is treated fairly if the managers are to achieve positive outcomes
and motivate the employees effectively.
McClelland’s Need for Achievement
The one single motivating factor which has received the most attention in terms of
research is the need for achievement (n-ach). Much of this knowledge is due the work of
David McClelland of Harvard.
Individuals with a high n-ach have a number of distinctive characteristics which
separate them from their peers. First of all, they like situations where they can take
54
personal responsibility for finding solutions to problems. This allows them to gain
personal satisfaction from their achievements.
A second characteristic of high n-ach people is that they like to set moderately
high goals for themselves. These goals are neither so low that they can be achieved with
little challenge, nor so high that they are impossible.
A third distinctive characteristic of high achievers is that they want concrete
feedback on their performance. Only certain types of jobs provide this kind of feedback,
however, and so some kinds of jobs are unattractive to high achievers.
Expectancy Theory of Motivation - Victor Vroom
Victor Vroom (1964), of Carnegie-Mellon in Pittsburgh, has challenged the
assertion of the human relationists that job satisfaction leads to increased productivity.
(This theory has been called the contented cow approach to management.) The
assumption is that if management keeps employees happy, they will respond by
increasing productivity. Vroom defines motivation as: "A process governing choices,
made by persons or lower organisms, among alternative forms of voluntary behaviour."
In organizational terms, this concept of motivation pictures an individual,
occupying a role, faced with a set of alternative voluntary behaviours, all of which have
some associated outcomes attached to them. If the individual chooses behaviour 1,
outcome A results; if 2 then B results and so on.
Expectancy theory relates choices to outcomes. Individuals assess the probability of
success if a certain behavior is performed and choose to act based on the probability of
55
certain outcomes, which may be intrinsic or extrinsic (Nadler & Lawler, 1977). Self
determination theories are developed through the choices individuals make and the
behavior toward the interaction with and mastery of one’s environment. Self
determination is the capacity and need to choose and to have these choices be
determinant of one’s actions (Deci and Ryan, 1991).
According to expectancy motivation theory, effort, performance, and outcomes determine
motivation. High motivation develops when individuals believe a realistic amount of
effort will result in successful performance leading to desired outcomes. When an
individual does not expect performance to bring a desired result, then effort will not be
worth expending and motivation will be low. Thus, the key to motivation is to understand
those elements that will enhance the linkages between effort and performance and
outcomes (Nahavandi, 1997). As a cognitive choice theory, expectancy theory focuses on
the manner in which decisions are made regarding allocation of effort, highlighting key
components of the motivation process, such as effort-performance and desired outcomes,
and how they work together intrinsically and extrinsically as the basis for such decisions
(Mowday & Nam, 1997).
Knowing that individuals choose behaviours in order to obtain certain outcomes is
nothing new. The question is why they choose one outcome over another. The answer
provided by the other motivational theories (by Maslow, Herzberg, McClelland) is that
the choice reflects the strength of the individual's desire or need for a specific outcome at
a certain time.
However, Vroom makes the point that task goals (productivity, quality standards
or similar goals attached to jobs) are often means to an end, rather than the end in itself.
56
There is a second level of outcomes which reflect the real goals of individuals and these
may be attained, in varying degrees, through task behaviour.
An individual is motivated to behave in a certain manner because (a) he or she has
a strong desire for a certain task outcome and a reasonable expectation of achieving that
outcome and (b) because he or she also expects that the achievement of the task outcome
will result in reward in terms of pay, promotion, job security, or satisfaction of individual
needs - physiological, safety, esteem and so on.
Vroom would maintain that we do things in our jobs in order to achieve second
level rewards:
"If a worker sees high productivity as a path leading to the attainment of one or more of
his or her personal goals, he or she will tend to be a high producer. Conversely, if he or
she sees low productivity as path to the achievement of his or her goals, he or she will
tend to be a low producer" Vroom (1964)
Certainly Vroom has hit on an important aspect of motivation. We do not attempt simply
to satisfy a need or even a set of needs in a straightforward, "If I do this, then I will
achieve that" manner. We work with a chain of goals and rewards, where goals in one
area are only a means of achieving goals in another.
In conclusion, the tasks of the managers to motivate the employees are indeed not
that easy. This is because each and every employee has got their very own needs that tend
to motivate them. However, the managers need to have some sort of acknowledge that
will help them to understand the employees well and think of better ways of motivating
them. This is where the motivational theories come into consideration. It is these theories
that provide an explanation of how to motivate them based on what motivates them.
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The Hierarchy of needs theory and Hertzberg's two factor theory deals with explaining
how the employees are to be motivated by way of looking into their needs. On the other
hand, Adams theory also helps the managers to understand that a fair balance between
inputs and outputs of employees are important. The Expectancy theory too shows that
rewards tend to motivate the employees. However, overall all motivation theories do state
that rewarding and recognizing employees are important in order to motivate employees
thus acting as the foundation to motivate employees.
Choice of Expectancy Model
This study is going to be guided by the expectancy model that has been outlined
above. This justification is due to the fact that several studies have been conducted in the
area of research productivity and most of them have based their studies on expectancy
model. For example; Williams (2003) made very significant studies and in each case, he
used the expectancy model effectively. These studies were; research productivity of
nursing faculty and a mediated hierarchical regression analysis of factors related to
research productivity of human resource education workforce development of post
secondary faculty.
Expectancy theory appears suitable for this study as it views motivation and
performance as critical aspects to concepts such as research productivity. Nadler and
Lawler (1977) summarized the four assumptions of expectancy theory:
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Behavior is determined by forces that exist within the individual and their work
environment.
Individuals make decision about work behavior based on examining whether they
are part of the group (membership) plus their effort to perform the task for ‘how
hard to work, how much to produce, and at what quality.
People have different needs, desires and goals.
People make decisions among a variety of choices based on their expectations that
a particular behaviour will lead to desired.
One well-established research productivity theory, Life-Cycle theory (Hu and
Gill, 2000), suggests that, in general, the research productivity of a researcher rises
sharply in the initial stages of a career, peeks at the time of tenure review, and then
begins a decline.
2.4 Determinants of Research Productivity
Taking a slightly wider view, research productivity can include research
publication in professional journals and in conference proceedings, writing a book or
chapter, gathering and analyzing original evidence, working with post-graduate students
on dissertations and class projects, obtaining research grants, carrying out editorial duties,
obtaining patents and licenses, writing monographs, developing experimental designs,
producing works of an artistic or creative nature, engaging in public debates and
commentaries (Creswell 1986).
However, research is typically a private and self-mastered activity, and it can be
difficult for university staff members to balance an effective project agenda with the
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demands of teaching, service and life in general. According to Boice (1987), productivity
should emerge from hard work, and a fair schedule for research activity should utilize a
benchmark that encourages a struggling researcher to relate to their current level of
activity. For example, Boice (1987) found that a new faculty member who could find
only one hour per weekday to work on their research, generally managed to submit about
1.5 manuscripts per year, which is then consistent with the expectations for a pay rise and
higher tenure status. Furthermore, faculty members who adopt a regimen of brief daily
periods for research projects typically experience less stress in managing their time and
their lives (Boice 1987).
The development of clear measures for research productivity will be a significant
influence in the nature of the service sector. Research productivity has been defined as
the relationship between the outputs generated by a system and the inputs provided to
create those outputs. It may also include the term ‘efficiency’ and more importantly
‘effectiveness’, which measures the total output or results of performance (Turnage
1990).
However, in combining the two words as ‘research productivity’, a simple
definition becomes more difficult in a research environment because different people
have very different attitudes about its meaning. Whilst productivity is very important in
industrial circles, public concern over competitiveness and productivity in universities
enters virtually every policy discussion, whether the subject is education, the budget
deficit or national politics (Krugman 1991).
It is important to define the term research productivity. For the purposes of this
study, it is important that the notion of ‘research productivity’ be carefully defined, since
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it is a key element in the development of the research questions. To begin, ‘Research’
means the careful study or investigation, especially in order to discover new facts or
information (Oxford University 1995). ‘Productivity’ means the total production
compared with inputs or consumption over the same period of time, which serves as a
measure of whether the producer’s production processes are working efficiently (Witzel,
1999).
Print and Hattie (1997) define research productivity as ‘the totality of research
performed by academics in universities and related contents within a given time period’
(p.454), and research efficiency has been defined as the productivity of research per unit
of input resource (Kostoff 1995). Research productivity is an outcome measurement of
scholarly effort (Jacobs, Hartgraves & Beard 1986; Kurz et al. 1989), and has two
components that are; (i) knowledge creation (research) and (ii) knowledge
distribution(productivity) (Gaston 1970). For the most part, the ‘product’ of academic
lecturers’ research is scholarly publication (Carnegie Foundation 1991). The importance
of this definition of research productivity is that it enables faculty members to share
insights, demonstrate academic scholarship, gain recognition for creative thinking, and
finally to develop a reputation for expertise in a specialty area (Rhodman 2002).
2.4.1 Research Productivity Measurement
The most frequently used measure of the quantity or amount of research
productivity is a numerical publication count or the journal article count over a certain
time period. The activities included in measuring productivity range from a narrow
perspective of ‘number of research articles published’ to a broad interpretation which
consists of presentations, both formal and informal, number of graduate students that a
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staff member is advising, publications of any type and proposals submitted for funding.
Moreover, it also includes counts of the number of editorial duties, conference deliveries,
licenses, patents, monographs, books, experimental designs, and works of an artistic or
creative nature, public debates and commentaries (Creswell 1986). Rotten (1990) stated
that a common approach to measuring research productivity was to count the number of
books, articles, technical reports, bulletins, and book reviews published, as well as
presentations given and grants received through reviewing curriculum vitae or other print
materials.
Price (1963) who studied the growth of scientific literature went on to generalize
that 50% of scientific publications was produced by 6% of the scientific community and
that the average scientists published about three papers in his lifetime. In another study,
Bottle, et al (1994) compared publication counts produced by chemical professors,
readers and senior lecturers in the United Kingdom and those in the United States (1981-
1991) and found no significant difference in their publication productivity. The counting
of total or average publications achieved is therefore a common and popular method used
to assess research productivity since it is easier to obtain such bibliographic data (Martin,
1996).
Allison and Stewart (1974) found that self-reported response from chemists was
correlated with publication counts obtained from Chemical Abstracts (r = .94). Braun,
Glanzeland and Schubert (1990) used publication data from the corporate index files of
the Science Citation Index (SCI) database for the period 1981-1985, to assess the
publication productivity of authors from 10 major OECD countries. Budd (1995)
addressed the level of publishing productivity of academic staff members from a number
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of universities for the years 1991 and 1993 who were also members of the Association of
Research Libraries. The publication data was collected from the three citation indexes of
the SCI. The universities were ranked by the number of publication and per capita
publication achieved (total publication by number of academic staff).
Publication counts have not only been used to provide productivity counts but
also used to assess research trends in certain disciplines. David, Piip and Haly (1981)
used total number of publication counts in textile research to identify trends in specific
areas of research and found a decline in basic research at the expense of applied textile
research. Reskin (1977) studied a random sample of 238 academic chemists between
1955 and 1961 and found that 7.5% published nothing in the first decade following the
receipt of their degree and 11% published 1 article. Although the average rate of
publications achieved was low, the variations of publication productivity between the
scientists were high (Blume and Sinclair, 1973). Lotka (1926) analysed papers published
in physics journal and found the Distribution of publication was highly skewed. This
indicated that a small minority of scientists produced the bulk of the papers.
Fielden and Gibbons (1991) pointed out that within the business faculty, many
lecturers emphasize articles published in refereed journals and trivialize all other
measures of productivity. Clement and Stevens (1989) found that management
administrators put greater weight on scholarly research and less on trade and newspapers
articles than their non-management business peers. Radhakrishma and Jackson (1993)
reported that publishing in refereed journals was ranked as the most important factor in
research productivity, and Radhakrishma, Yoder and Scanlon (1994, p.17) noted that
‘publication (in refereed articles in journals and paper presentations at a conferences) are
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considered to be very important component of faculty productivity’. This statement was
supported by Kotrlik, Bartlett, Higgins, & Williams (2002) in reference to Personal
Communication from William J Cooper, former Dean of the Louisiana State University
Graduate School.
Kotrlik et al. (2002) quoted William Cooper as stating that ‘the only magic
number is zero; if you haven’t published in refereed journals, then publications in
research conference proceedings, books and other publications are meaningless’ (p.3).
This statement clearly gives credence to publishing in refereed journals. Going by the
state of poor journal development in developing countries, it now becomes quite
challenging for researchers from the developing countries to publish their works. Most
universities do not have the financial ability to maintain these journals for long.
The quantity of research productivity can be measured as number of published
pages in journals (Malhotra & Kher, 1996; Hoverstad 1991, cited by Babber et al., 2000),
as number of articles published (Stahl, Leap & We 1988; Hadjinicola and Soteriou,
2006); or through a combination of both methods (Grover et al., 1992; Babber et al.,
2000). Such studies that have used a combination of both methods have aimed to rank
institutions as well as individuals based on their research output. This study has employed
such a combination was beyond the capacity of this study, so it focused on the number of
articles published.
Published literatures have reported a number of studies that used the quantity of
publication to assess research productivity. Blackburn, Behymer and Hall (1978)used
total articles published over two years, total career publication and total book published
from self-reported data to assess the productivity of 1,216 academic staff members from
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4-year colleges and 7,484 staff from universities in the United States. The instrument
used was the questionnaire. Publication data gathered from self-reported information was
found to be a reliable indicator.
2.4.2 Webometrics
Webometrics or cybermetrics is the study of the quantitative aspects of the
construction and use of information resources, structures and technologies on the Web
drawing on bibliometric and informetric approaches (Almind and Ingwersen, 1997) or the
study of web-based content with primarily quantitative methods for social science
research goals using techniques that are not specific to one field of study (Wikipedia).
Generally webometrics are concerned with the uploaded materials to the internet.
Since 2004 the Webometrics ranking of world universities has been offering
information about more than 6,000 universities ranked according to indicators measuring
Web presence and impact (link visibility).The Webometrics Ranking is a new
measurement of research productivity. Webometrics is devoted to the quantitative
analysis of the Internet and Web contents specially those related to the processes of
generation and scholarly communication of scientific knowledge. Most universities
across the globe are encouraging their staff to upload all manner of content to the internet
with the aim of increasing the visibility of their respective universities. Some of the
content upload include class notes, class schedules, course outlines, and other related
instructional materials.
The aim of these rankings is to provide extra motivation to researchers
worldwide for publishing more and better scientific content on the Web, making it
available to colleagues and people wherever they are located. The new innovations in
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education in terms of open and distance education have greatly benefitted from this
resource. The Web indicators used are based and correlated with traditional
Scientometrics and bibliometric indicators and the goal of the project is to convince
academic and political communities of the importance of the web publication not only for
dissemination of the academic knowledge but for measuring scientific activities,
performance and impact too.
2.4.3 Research Productivity and Type of Institution
Holcomb, Bartel and Thomson (1988) were concerned that little was known
about the scholarly productivity of faculty members who taught in respiratory care
programs. They studied the scholarly activities of respiratory care faculty members in
southern academic health centers via a mailed survey. An analysis of the responses (n =
33, 86.8%) revealed: (1) The respondents' principal scholarly activity was the reporting
of research findings in refereed journals, with a productivity index (number of
articles/years on faculty) of 0.25, or one published article for every 4 years of
employment in higher education, which was significantly less than that of other allied
health faculty (productivity index 0.69, P less than 0.05). (2) Less than a majority of
respondents had presented a paper at a professional meeting during the 3 years preceding
the survey. (3) Only a small percentage of respondents had been involved in research. (4)
Promotion opportunities and academic preparation were the primary factors that
encouraged scholarly pursuits, and heavy teaching responsibility was the primary
discouraging factor. (5) Scholarly activity is perceived as an important consideration in
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academic promotion decisions. In conclusion they said, respiratory care program faculty
and administration should take steps to increase the scholarly production of faculty
members. This study focused on one department only. The present study has captured
more faculties in this study.
Ho (1998) conducted a study on measurement of research output among the three
faculties of business, education, humanities and social sciences in six Hong Kong
universities. Data was collected from the 1990-95 annual reports of research and
publication outputs of each university. In order to have a fair comparison of publication
outputs of each academic, rank, faculty and university, a framework was developed from
practical experience and from literature to investigate the problem. Results indicated that
the publication outputs of academics in Hong Kong were about the same as other
countries in many aspects.
The recommendation from this study, therefore, was that Hong Kong academics
should not be motivated to do more research. Pressing these academics for more research
publications could raise the figure in the start, but would not necessarily increase the
output in the long run. I do not agree with these findings. Researchers should be
motivated to continue working hard in their areas of specialization. If laxity creeps in
then it will be hard to overcome it again. This study relied on annual reports only. It
could have been better to seek more information from other sources. The present study
has used both lecturers and heads of department as main respondents in this study.
Under this sub heading, studies conducted at different levels are considered. For
example, Adams (1996) in a study entitled research productivity in a system of
universities in the USA explored some efficiency aspects of the university system. The
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findings suggested that leading schools had lower average and marginal costs of
performing research than lesser institutions, and that leading institutions had a
comparative advantage at generating higher quality, more highly cited research.
Brocato (2005) carried out a study to determine the research productivity of
faculty in family medicine departments at U.S. medical schools, as well as the individual
and environmental characteristics and prior socializing experiences predictive of research
productivity. In the year 2000, a 43-item questionnaire was mailed to 796 faculty to
obtain descriptive data toward formulating a conceptual model of the research
productivity of family medicine faculty. Prior to model construction and testing through
full-model regression, the model's factors were reduced through factor analysis. A total of
474 questionnaires (63%) were returned. Eighty percent of respondents spent a half-day
or less per week on research; on average they produced less than one scholarly product
per year. Few had research experience, nor could identify a research agenda or current
research project.
Mixed messages were perceived related to research, both at institutional and
disciplinary levels. In testing a conceptual model, psychological and cognitive
characteristics were most predictive of research productivity, along with time spent on
research. Psychological and cognitive factors included enhancing research skills,
establishing a definable research agenda, fostering research networks, having multiple
research projects underway, maintaining in-depth knowledge of a research area, and
clearly understanding research expectations for promotion and tenure. The clinical and
academic demands on family medicine faculty reduced the likelihood that they will
engage in research. These demands prevent the development of a critical mass to provide
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mentorship and networking necessary for research productivity. The study concluded that
resources were needed to recruit faculty with an interest in research and to provide
faculty development in research skills, mentorship, and networking. This study did not
perform a triangulation to find out what the heads of departments had to say about the
research productivity. The present study has filled this gap by getting the input of the
heads of departments. In one way or the other, they are in agreement with the lecturers in
terms of research productivity in Kenya.
Waller, Wyatt, and Karni (1999) undertook a study to describe the research and
scholarly productivity of faculty in four-year college and university clinical laboratory
science (CLS) programs. To identify meaningful scholarship, to assign values to that
scholarship, and to list the top 15 CLS programs according to faculty research
productivity. In 1996, a national study involving 127 college and university CLS
programs was conducted to determine whether faculty was participating in research. A
questionnaire was distributed to 505 faculty members. Data from 286 respondents (57%
response) representing 114 of 127 (90%) CLS programs were analyzed. The study took
place at The Ohio State University with collaboration from the University of Tennessee-
Memphis and the University of Minnesota. All CLS faculty within a four-year university
or college sponsoring a CLS program were invited to participate. Research productivity
included time spent in research, numbers of publications and presentations, and
grantsmanship.
Data indicated that those faculties who possess earned doctorates and are
employed by research universities have higher levels of research productivity. While 46%
of the CLS faculty held doctorates and 50% were tenured, 42% of all CLS faculty
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members had not published a research paper or abstract since 1990. On the other hand,
23% of the faculty responding had published six or more articles or abstracts since 1990,
46% were successful in obtaining external funding, and 15% of faculty members had
been awarded grants larger than $100,000. Conclusions arrived at indicate that the top
10% of clinical laboratory science faculty researchers are performing approximately one-
half of all scholarly activities. The top fifteen research programs in CLS were identified,
and not surprisingly, they were located in research universities. Results showed that CLS
faculty had made progress in scholarship including highest degree obtained, publications,
presentations, and grantsmanship. A questionnaire used in this study was borrowed and
adjusted to be used in the present study.
Barhyte and Redman (1993) undertook a study to establish Department-level
measures of productivity. These were constructed by using information reported by 180
nursing deans of schools with graduate (master's and doctoral) programs. Productivity
was calculated in three ways: total (net), publications, and grants. The scores for each
school were derived from nine categories of faculty scholarly activities. The following
variables were examined for their contribution to productivity: three measures of
environmental support budgeted and doctorally prepared faculty, students (Masters,
doctoral), all graduate students-faculty ratio, scholarship time, and private faculty offices.
The regressions of log-transformed variables yielded R2 = .59 for total (net) productivity,
.54 for publications, and .50 for grants productivity. This study was limited in that it
delved on departmental measures of productivity. This study has considered individual
factors too. Barhyte’s study concentrated on the departmental level factors only.
Individual factors have been brought on board in the current study. The findings of the
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current study as can be seen in the later chapters of this thesis is that both individual and
institutional factors play a role in the influence on research productivity in Kenya.
Marchiori (1998) undertook a study to investigate the research productivity of
chiropractic college faculty and identified parameters associated with increased peer-
reviewed publication. A survey was administered to collect data in a cross-sectional
design. Data were collected through a survey administered to all full-time chiropractic
college faculties working in the United States. Although the survey addressed many
scholarly activities, the criterion variable selected for this study was the number of peer-
reviewed journal articles published over the past 3 years. Three groups of faculty had
more publications: those primarily assigned to research, those with either a D.C. degree
or a D.C. and Ph.D. degree, and finally those with a rank of full professor. Faculty age
and gender were not associated with the reported number of publications.
The majority of faculty members (72.2%) had not published a single peer-
reviewed article in the last 3 years. Less than 2% of the faculty members had published
10 or more peer-reviewed articles in the last 3 years. Conclusion arrived at indicated that
many faculty were not involved in research activities. Conclusion here was that; Faculty
development and incentive programs needed to be implemented to stimulate these
individuals. This study took into consideration one department only, the present study has
brought on board more faculties and departments as can be seen in chapter four of this
work.
Ramsden (2005) describes results from a study of academic productivity in
Australian higher education. It estimated the output (in terms of quantity of publications)
of individual staff and academic departments across different subject areas and types of
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institution. Concerning research productivity, Australian academics resemble their
colleagues in other countries: the average is low, while the range of variation is high.
Most papers were produced by few academic staff. Several potential correlates of
productivity, including level of research activity, subject area, institutional type, gender,
age, early interest in research, and satisfaction with the promotions system, were
examined.
A model linking departmental context to personal research performance through
department and personal research activity was developed and tested. The results
supported earlier views that structural factors (such as how academic departments are
managed and led) combined with personal variables (such as intrinsic interest in the
subject matter of one's discipline) to determine levels of productivity. There was evidence
also that research and teaching do not form a single dimension of academic performance.
The present study has borrowed much from this study particularly in investigating
research activity, subject area, institutional type, gender, age, early interest in research
and such. It was interesting to see how these factors reflect in institutions of higher
learning in developing countries like Kenya.
Milgrom, Heima, Tomar, Kunzel (2008) carried out a study to describe the
research productivity of the members of the International Association for Dental
Research (IADR) Behavioral Sciences and Health services Research Group and
examined personal and professional factors related to greater productivity. The findings
from previous studies suggested there could be gender discrimination in opportunities for
women faculty. Members on the active membership list for this IADR group were
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surveyed by email. Most were dentists, and three-quarters had external funding for their
research. The primary outcome measure was the number of self-reported published
articles in Pub Med in the preceding twenty-four months. The mean number of these
publications was 4.9 (SD=5.1). Gender and time in research were the best predictors of
research productivity of this population. There was no difference in time for research
between the men and women in this study. Controlling for gender, the best single
predictor of research productivity remained percentage time spent in research. Overall,
the members of the IADR group spent almost three times as much time in research and
were more than twice as productive as faculty members as a whole as described in earlier
studies.
In view of the current emphasis in many countries on addressing the social and
behavioral determinants of oral health disparities, the productivity of this area of dental
research is very important. Trends toward clinically oriented, non-research-intensive
dental schools in the United States and reductions in time and funding available to
conduct research should be of concern. This study ignored institutional factors. The
present study recognizes the critical role played by institutions in promoting research
productivity, the institutional factors have therefore been considered as critical players
affecting academic staff’s research productivity.
Dyrbye (2008) undertook a study to determine the research productivity related to
required research experiences during medical school. The authors studied the research
productivity of the 998 graduates at Mayo Medical School who had participated in a
required third-year medical school research experience (21, 18, or 17 weeks long)
between 1976 and 2003. Outcomes were verified by published research reports and
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abstracts, and presentations at scientific meetings. Research reports and abstracts related
or unrelated to the required research were distinguished. Seventeen of the graduates were
excluded when considering authorship of research reports (ambiguous data). Four
hundred (41%) of the remaining 981 graduates published one or more research reports
related to their required research experience, 176/998 (18%) published one or more
abstracts related to their required research project, and 375/920 (41%) presented research
findings at an extramural meeting at least once.
Graduates who published a research report or abstract related to their required
research or presented research at a scientific meeting published more research reports
unrelated to their required research than did their peers who did not publish or present
their required research (all P < .05). More graduates in the 21-week group were first
authors (203/584; 35%) than were those in the 17/18-week group (60/336; 18%, P
= .001), but other outcomes were similar for different durations (P > OR = .17). The
study concluded that required medical school research experiences facilitate tangible
research products and may promote subsequent research productivity. Shorter
experiences seemed to yield outcomes similar to longer experiences. Dyrbye’s study
focused on one discipline only. This could not give a true picture of the research activities
in the universities. This study in Kenya has brought on board more faculties and
departments so that it gives a true picture of the situation in Kenya today.
2.5 Factors that Influence Research Productivity
Cole (1979) conducted a study on a scientist's productivity in regard with age.
The study revealed that research productivity did not vary with age. The finding
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conflicted with accepted wisdom and with an earlier literature epitomized by Lehman's
Age and Achievement, that had found that scientists' productivity often reached a peak
relatively early in life and then declined steadily and significantly. The study used
academicians who eventually became professors in highly ranked departments. Another
related study found that researchers were productive, in terms of publishing, between 30
and 79 years old, reaching a peak of 1.76 papers per year by the time they are 53 years
old Gonzalez-Brambila &Velosob (2003). This study used a unique data set of Mexican
researchers to explore the determinants of research productivity. The study findings
confirm a quadratic relationship between age and productivity.
However, productivity peaks when researchers were approximately 53 years old,
5 or 10 years later than what prior studies had shown. These results suggested that age is
not very important in terms of research productivity. Results also show great
heterogeneity across areas of knowledge. Interpretations of other aspects, such as gender,
country of PhD, cohort effect, among others are also discussed. The present study has
studied both gender and age of the participating respondents.
Ostmoe (1986) carried out a study to identify factors which were important in the
publication productivity of university nurse faculty. Two central research questions were
addressed: 1) what relationship exists between selected professional, educational, and
career variables and the publication productivity of university nurse faculty members? 2)
What is the typical publication productivity profile of university nurse faculty? The
population consisted of 422 full-time tenure tract nurse faculty teaching in seven nursing
schools that offered baccalaureate, masters and doctoral programs and were located in
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public Research Universities. All data were obtained through the use of a questionnaire.
Completed questionnaires were received from 80% of the respondents. Faculty not
meeting the criteria for the study and all instructors were eliminated from analysis. Data
were ultimately analyzed for 261 subjects.
Thirty-two variables were found to have a significant relationship to faculty
publication productivity. Eleven of these variables (highest degree, years since first
master's, age, rank, teaching responsibilities, time spent teaching, time spent in research,
hours of clinical instruction, teaching and research preferences, journals received, beliefs
about the desirable relationship between publication and promotion and tenure) and five
motivational variables were included in a regression analysis. These 16 variables grouped
into three clusters, accounted for .4845% of the total variation in university nurse faculty
publication productivity. Current job socialization factors and motivational factors
accounted for a significant amount of variation in faculty publication productivity even
when highest degree, years since first master's, age, and rank were controlled.
This study focused on research universities only. It was not representative of the
universities. The present study has sought to investigate factors influencing research
productivity in public and private universities in Kenya. The results, conclusions and
recommendations are presented in chapter five of this study.
Richards (1987) conducted a study to explore patterns and correlates of research
productivity of members (N=2,713) of the Population Association of America (PAA).
Five measures of research productivity for the years 1981 to 1985 were examined: (1)
number of presentations at PAA meetings; (2) number of times appeared as an author in
the population journal "Demography"; (3) number of times served as editorial consultant
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for "Demography"; (4) number of publications listed in "Population Index"; and (5)
number of times listed as principal investigator in the federal inventory of population
research. The results revealed that the five criteria of research productivity were related to
predictors, including demographic characteristics, educational and work background, and
past productivity. Measures of research productivity were highly skewed. The best
predictor of research productivity was previous productivity in the same area.
Productivity was also associated with younger age, a research-oriented educational
background, and perhaps a greater commitment to the population field. The results
illustrate the usefulness of data from public records for research on the psychology of
scientists. This study focused on one study only. It was also carried out in the late 80s.
The present study has provided up to date information.
Wilson and Wilson (1989) undertook a study on home economics education
administrators' attitudes of factors contributing to research productivity of faculty. One
hundred and sixty administrators responded to the questionnaire. Twenty-three percent
came from public land-grant institutions, 50% from public non-land-grant institutions,
and 26% from private institutions. Logistic regression models were used to analyze the
data. Findings of the study showed that a majority of the administrators in all three types
of institutions believed that the research productivity level of their faculty was not high.
Results also indicated that administrators in the study perceived faculty morale, faculty
development, expertise in writing for publication, and teaching productivity as factors
contributing significantly to faculty research productivity. The present study went way
beyond administrators and focused on the university academic staff.
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Waworuntu & Holsinger (1989) carried out a study on factors influencing the
research productivity of Indonesian faculty in public higher education. These factors were
divided into three broad categories corresponding to: (1) ascriptive, (2) achievement and
(3) organizational variables. As the validity of the productivity concept is difficult to
ascertain, three different measures were employed. These were: (1) a simple summative
count of all self-reported scholarly writing, (2) a summative scale with each separate item
weighted, and (3) a subjective self-evaluation measure. Data was collected for the
specific purpose of this study at the end of 1982. From the population of 20,945 tenured
faculty in Indonesia, 11,269 representing 54% were interviewed using an extensively
pretested interview schedule.
Using multiple regression analysis, models were specified for each of the three
dependent variables. Following initial breakdown analysis of means, a multiple
regression analysis was conducted. The three groups of predictor variables did not have
equal influence on research productivity. The ascriptive variables had the smallest
association with all three dependent variables. The achievement block of variables had
almost three times as many significant coefficients than did the organizational block in
the two objective count measures of productivity. In the specification for self-evaluation,
the organizational block was a slightly larger number of significant coefficients. This
study was carried out in the late 80s; the present study presents investigated current
factors influencing research productivity. The use of a simple summative count of all
self-reported scholarly productivity has been borrowed to be used in the present study.
Yu (1998) carried out a study on Sex differences in research productivity. The
study found empirical evidence based on a systematic and detailed analysis of data from
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four large, nationally representative, cross-sectional surveys of postsecondary faculty in
1969, 1973, 1988, and 1993 in the USA. The research yielded two main findings. First,
sex differences in research productivity declined over the time period studied, with the
female-to-male ratio increasing from about 60% in the late 1960s to 75 - 80% in the late
1980s and early 1990s. Secondly, most of the observed sex differences in research
productivity were attributed to sex differences in personal characteristics, structural
positions, and marital status. This study undertook a study on one variable only. The
present study has sought to find out all those factors that influence research productivity.
Jones (1998) undertook a study whose purpose was to determine factors that were
associated with increased individual research productivity among clinical faculty in 67
United States and Canadian schools of dentistry. Individual faculty research productivity
was defined as the total number of articles in refereed journals and book chapters
published during an academic career. The 328 respondents represented a response rate of
62.8% from a 25% stratified random sample of faculty who (1) had full-time
appointments and held at least a degree in dental surgery. Or foreign equivalent, (2)
taught in a clinical department of the dental schools, and (3) were not department
chairpersons and did not hold administrative positions (assistant dean, associate dean, or
dean) within the dental school.
Respondents reported a mean of 9.9 years in full-time dental education, a mean of
10.8 publications, and a mean of 7.5 hours spent in research per week. Forward addition
multiple regression analysis demonstrated that five predictor variables, from a total of 20
variables evaluated, accounted for 59.9% of the variance in individual faculty research
productivity. These predictor variables were total dollar amount of past research funding,
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career age, training status, colleague utilization in conducting research, and conducting
research from planned goals. This study was narrow since it was concerned with
individual factors that determine research productivity. The present study has
investigated the institutional factors that influence research productivity.
Babu (1998) designed an investigation with the sole purpose of establishing
factors which determine the productivity of scientists in India. Nearly 200 variables
influencing research productivity were collected through relevant literature, analysis of
biographies of great scientists, and discussion with eminent scientists. Finally, through a
critical examination, 80 variables were selected for the use of Q-sort technique. The
sample for the study consisted of a cross section of scientists ranging from Fellows of
Indian National Science Academy to young agricultural scientists. Mailed questionnaires
and personal interview methods were used for collecting data. Out of a total of 912
respondents, reply was obtained from 325. On the basis of Q-sorted data, 26 variables
were selected for further analysis and they were subjected to principal component factor
analysis. The results indicated eleven factors affecting research productivity of scientists.
They were: persistence, resource adequacy, access to literature, initiative, intelligence,
creativity, learning capability, simulative leadership, and concern for advancement,
external orientation, and professional commitment.
This study delved on sole purpose of establishing factors which determine the
productivity of scientists in India. Other data like demographic factors could have offered
some meaningful insights into his study. The present study has investigated other factors
like demographic factors to inform this study.
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Jones (1998) undertook a study to evaluate individual faculty research
productivity with respect to gender among clinical faculty in 66 United States and
Canadian schools of dentistry. A comprehensive survey instrument was developed to
collect information on factors associated with research productivity of individual faculty.
The investigation focused on time spent per week in various work related activities
(teaching, administration, research, and private practice), external grant money obtained
for research, and responses to 12 variables evaluating the subject's attitudes of their
research background, work environment, attitude and outcome effects from publishing,
and the use of colleagues in conducting research.
The 833 respondents represented a response rate of 69.4% (833/1200) from a 50%
stratified random sample of faculty who (1) had full-time appointments and held at least
the DMD or DDS degree or the foreign equivalent, (2) taught in a clinical department of
the dental school, and (3) were not departmental chairpersons or administrators. The
majority of subjects responding to the survey were male (705 males, 84.6%; 128 females,
15.4%). Respondents reported a mean of 10.3 years (males = 10.8, females = 7.5) in full-
time dental education and a mean of 10.1 career publications (males = 11.6, females =
6.5; P < 0.001).
Although there was no significant difference in weekly hours devoted to academic
responsibilities between males and females, several factors did demonstrate significant
gender differences (external grant money obtained for research purposes, P < 0.03;
feeling that the departmental chair did not emphasize research, P < 0.05; feeling a lack of
autonomy within their institution, P < 0.007; and feeling a lack of available colleagues for
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research purposes, P < 0.001). The implications of the findings are discussed concerning
strategies for improving research productivity for females in academic dentistry.
These results suggest that sex differences in research productivity stem from sex
differences in structural locations and as such respond to the secular improvement of
women's position in science. Basically this study was on gender and present study may
not wish to go into the issue of gender in research productivity, this can be made as a
recommendation for future studies.
Fox (2005) carried out a study in the United States on the relationship between
marriage, parental status, and publication productivity for women in academic science,
with comparison to men. Findings indicated that gender, family characteristics, and
productivity were complex considerations that went beyond being married or not married,
and the presence or absence of children. For women in particular, the relationship
between marriage and productivity varied by type of marriage: first, compared with
subsequent marriage and occupation of spouse (in scientific compared with non-scientific
occupation). Further, type of family composition was important: women with preschool
children had higher productivity than women without children or with school-age
children. Women with preschool children were found to be a socially selective group in
their characteristics, particularly in their allocation of time. Marriage and parental status
were narrow factors to be used for a study. The present study has gone beyond gender
and investigated other factors that influence research productivity.
Sax, Hagedorn, Arredondo and Dicrisi (2004) came up with a study that explored
the role of several family-related factors in faculty research productivity for a large,
nationally representative sample of university faculty members. The role of marriage,
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children, and aging parents was examined after controlling other personal and
environmental factors, such as age, rank, department, and intrinsic motivations to conduct
research that previous research had shown to influence research productivity. Analyses
were conducted on a sample of 8,544 full-time teaching faculty (2,384 women and 6,160
men) at 57 universities nationwide in the United States. Results showed that factors
affecting faculty research productivity were nearly identical for men and women, and
family-related variables, such as having dependent children, exhibited little or no effects.
The present study did not go into details or characteristics of the family.
Dundar and Lewis (1998) summarized results of several studies carried out in the
United States on research productivity. In this summary they found individual and
organizational attributes to affect research productivity. Individual attributes included:
innate abilities - such as IQ, personality, gender and age - and personal environmental
influences. Inconsistent results were reported when these variables were investigated.
They further identified as personal environmental factors the quality and culture of
graduate training and the culture of the employing department. They argued that most
research studies have found a positive correlation between departmental culture and
research productivity. The departmental culture referred to shared values and attitudes
within the academic unit. Faculty and administrators who learned to place a high value
on research as graduate students tended to foster a research-oriented culture throughout
their professional lives. This study was about summarizing what other studies had found
out.
Campion and Shrum (2004) carried out a study to find out why women were
finding it more difficult to pursue research careers than men. Based on a survey of 293
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scientists in Ghana, Kenya, and the Indian state of Kerala, the study examined gender
differences on a variety of individual, social, and organizational dimensions. The results
showed small or nonexistent differences between women and men in individual
characteristics, professional resources, and the organizational conditions under which
research was conducted. There was definitely a need to conduct comparative studies in
research productivity but this has not been handled by the current study. The fact that this
study was done in the developing world atmosphere is an assurance that more studies
need to be done in this same line just as what the current study has done.
Bozeman (2005) conducted a study based on the curricula vitae and survey
responses of 443 academic scientists affiliated with university research centers in the
USA, an examination of the longstanding assumption that research collaboration had a
positive effect on publishing productivity was done. Since characteristics of the individual
and the work environment were endogenously related to both collaboration and
productivity, the study focused on the mediating effect of collaboration on publishing
productivity. By using the two-stage least squares analysis, the findings indicated that in
the presence of moderating variables such as age, rank, grant, gender, marital status,
family relations, citizenship, job satisfaction, perceived discrimination, and collaboration
strategy, the simple number (‘normal count’) of peer-reviewed journal papers was
strongly and significantly associated with the number of collaborators. However, the net
impacts of collaboration were less clear. When the same model was applied and
examined, productivity by ‘fractional count’, dividing the number of publications by the
number of authors, it was found that number of collaborators was not a significant
predictor of publishing productivity.
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In both cases, ‘normal count’ and ‘fractional count’, significant effects of research
grants, citizenship, collaboration strategy, and scientific field was found. This led to a
belief that it is important to understand the effects of the individual and environmental
factors for developing effective strategies to exploit the potential benefits of
collaboration. This study concentrated on research collaboration and did not involve the
institutional and individual factors responsible for research productivity. These have been
well covered in the present study.
Bland et al (2005) conducted a study to test the ability of the Bland et al. (2002)
model-based on individual, institutional, and leadership variables influencing faculty
research productivity-to explain individual and group (department) research productivity
within the context of a large medical school. This study used data from the University of
Minnesota Medical School. Twin Cities vitality survey conducted in 2000 had a response
rate of 76% (n = 465 faculty). A statistical software package was used to conduct t tests,
logistic regressions, and multiple regressions on these data. The validity of faculty,
department, and leadership characteristics identified in the Bland et al. (2002) model
were confirmed as necessary for high levels of research productivity. Faculty productivity
was influenced more by individual and institutional characteristics; group productivity
was more affected by institutional and leadership characteristics.
The study made two conclusions. First, that the characteristics and groupings
(individual, institutional, and leadership) in the Bland et al. (2002) model predict faculty
research productivity. Secondly, research productivity is influenced by the interaction of
the three broad groupings, and it is the dynamic interplay of individual and institutional
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characteristics, supplemented with effective leadership, that determines the productivity
of individuals and departments.
Hadjinicola (2006) carried out a study to investigate factors that promote research
productivity of Production and Operations Management (POM) groups of researchers in
US business schools. In this study, research productivity of a POM group was defined as
the number of articles published per POM professor in a specific period of time. The
paper also examined factors that affect research quality, as measured by the number of
articles published per POM professor in journals, which had been recognized in the POM
literature as an elite set. The results of this study showed that three factors increased both
the research productivity and the quality of the articles published by professors of a POM
group. These factors were (a) the presence of a POM research center, (b) funding
received from external sources for research purposes, and (c) better library facilities.
Doctoral students do assist in improving research quality and productivity, but they were
not the driving force.
These results had important implications for establishing research policy
guidelines for business schools. For example, real-world problems were funded by
external sources and had a higher probability of publication. Furthermore, schools could
place more emphasis on external funding, as most engineering schools do, since groups
receiving external funding are more productive in terms of research. This study did not
look at factors that hinder research productivity. The present study investigated both
factors that promote and hinder research productivity in selected public and private
universities in Kenya and brought on board more faculties as basis of this study.
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Cepero (2007) undertook a study in the USA to expand knowledge about faculty
productivity and the institutional and individual factors that may contribute to increased
levels of faculty scholarly productivity. A sample of full time faculty from the restricted
1999 National Study of Postsecondary Faculty database was used to address the two main
research questions. The first research question related to procedures that can be used to
statistically model faculty productivity, and was answered using Structural Equation
Modeling (SEM) techniques such as Confirmatory Factor Analysis (CFA), Multiple-
group CFA, Latent Profile Analysis and CFA with covariates.
The second research question related to the factors associated with high levels of
faculty productivity, and was investigated using a set of explanatory models using
Multilevel Logistic Regression Modeling. Three factors (inflation, sole productivity and
joint productivity) were used to model the productive behaviors of the sample. Several
independent variables, such as gender, rank, and type of institution were positively and
negatively associated to the three dependent variables. These variables differed across the
three factors in the model of scholarly faculty productivity. These outcomes suggested
some level of independence that existed among the variables associated with each of the
factors in the model of productivity developed as part of the study. The results of this
research had important implications for university administrators and agency directors
who develop policies designed to foster faculty professional development. This study also
provided valuable data for researchers in the field of gifted education and talent
development related to fostering creative productivity and talent development in
adulthood.
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A recent scholar noted the following; Future research should include a more
comprehensive set of indicators of faculty productivity that also address other dimensions
of faculty scholarly responsibilities such as teaching productivity. These future studies
may lead to more accurate understandings of a broader conception of scholarship in
higher education institutions (Cepero, 2007; 2). The present study has identified
comprehensive indicators influencing faculty research productivity.
Tower, Plummer, and Ridgewell (2007) noted that differences in terms of sex
research productivity can contribute to differences in earnings. Scholarly production is
typically a significant factor in determining earnings and promotions, and many authors
note that women faculty members publish less on average than their male counterparts.
Thus gender differences in publication rates explain, at least partially, differences in
average earnings and promotion rates between men and women. Numerous studies have
shown that research production in Africa is highly skewed; South Africa accounts for one
third of Africa's publication output, Egypt and Nigeria jointly account for another one
third, result that is congruent with the findings of previous studies. (Tijssen, 2007; Paraje
et al, 2005; Uthman & Uthman, 2007)
Tower et al (2007) examined top six journals in the world and found no difference
between women and men productivity when the percentage of women participating in the
academic work force is factored in. He noted that women had a 30-35% participation rate
in academic university positions and represented almost 30% of the authors in the top
tiered journals. There were also no significantly statistical differences in Journal Impact
Factor ratings between men and women. These findings were found to be consistent
across all the major disciplines, science, business and social science. Other trends were
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noted such as the significantly higher number of authors in science journals and the
different trends between US and non-US authors. Science authors’ quality (as measured
by Journal Impact Factor (JIF of 31.9) was significantly higher than non-science authors
(JIF 6.5); thus differences in quality were discipline specific not a gender issue. The
implications were that academic women’s research contribution matches that of a men’s
productivity. This study relied on journal publications only for analysis. The present
study carried out an investigation involving the lecturers themselves.
Hassan, Tymms and Ismail (2008) carried out a study whose purpose was to
explore the perspectives of Malaysian academics in relation to academic productivity and
some factors affecting it. A large scale online questionnaire was used to gather
information from six public universities. The most productive role in the eyes of the
academics was found to be teaching, with research and administration coming second and
third, respectively. Several factors were found to be related to productivity and some of
these had policy implications. The universities themselves differed markedly and
research productivity was related to the amount of time available, and linked negatively
to the teaching load. Hassan’s study concentrated on public universities only. The present
study sought to investigate factors that influence research productivity in selected private
universities in Kenya.
Usang, Udey, & Akuegwu (2007) carried out a study that examined academic
staff research productivity in Universities in South-South zone of Nigeria. Ex post facto
design was adopted for this study. The sample size comprised of 480 academic staff
drawn from a population of 3120. Data collection was carried out using a researcher –
constructed instrument called Academic Staff Research Productivity Inventory which
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was validated and pilot tested. The data obtained were treated statistically using
Independent t-test and contingency Chi-square (X2) analyses. Results indicated that male
and female academic staff differed significantly in their research productivity; married
and single academic staff differed significantly in their research productivity and there is
a significant influence of areas of specialization on academic staff research productivity.
It was recommended that academic staff in universities should be encouraged to
carry out research work irrespective of their gender, marital status and areas of
specialization. It is interesting to note that the current study has not found significant
difference on research productivity in terms of gender.
Lertputtarak (2008) carried out a study in Thailand on one of the public
Universities. The conceptual framework for her research was chosen to integrate
empirical research findings on faculty role performance and productivity with two
existing motivation theories, namely Expectancy Theory and Efficacy Theory. The
research methodology used a qualitative research approach, based on in-depth interviews
with eleven representative respondents from ‘The Noble University’. Lertputtarak came
up with five factors that impact on academic research productivity. These were
environmental factors, institutional factors, personal career development factors, social
contingency factors, and demographic factors. According to the findings of this study,
these five factors were divided into three main groupings which were termed the essential
factors, desirable factors, and side-affect factors. Each of these factors, she claimed,
needed resolution, in a sequential way, by administrators of the university. This study did
not provide room for triangulation. The present study has employed quantitative method
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though it has also had to involve some qualitative aspects particularly when analyzing the
open ended items in the questionnaires for triangulation purposes.
Perhaps the newest study in research productivity was conducted by Ogbogu
(2009) who examined the research output of female staff and the factors that affect their
research productivity in the Nigerian university system. The study was carried out with a
view to promoting strategies that could enhance productivity and increase the research
output of female staff in Nigerian universities. The study adopted a survey research
design. The purposive sampling method was used in administering questionnaires to 381
female academic staff from twelve randomly selected universities in the six geo-political
zones of Nigeria. The study revealed that female research output was generally low: 59.5
per cent of female academics published one paper annually; 23.6 per cent published up to
two papers; 1.1 per cent published three papers; and 15.8 per cent did not publish on an
annual basis. Although most female academic staff published annually, most wished to
increase their publication rate.
The study's results found that marital status, religion, academic position and
number of hours of lectures per week had an impact on their ability to carry out research
and publish the results. The study concluded that female academics made contributions
that are more significant to teaching than research and that the Nigerian university system
needs to develop strategies to enhance female research output. Religion is a sensitive
issue and the present study has not used it as a factor influencing research productivity.
However other factors such as gender, age group, rank have been used in the present
study with very interesting results.
2.5.1 Factors associated with Personal Career Development
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Fulton and Trow (1974) observed that 29% of the full professors, 20 percent of
the associate professors, percent of the assistant professors and 2 percent of the
instructors has published five or more articles in a two-year period. This work accords
with the findings of Bailey (1992) who pointed out that rank is a significant predictor of
research productivity. Dundar and Lewis (1998) found that departments with higher
ranked faculty resulted in higher research productivity (Vasil 1992).
Beehr, Walsh and Taber (1976) indicated that role stresses can interfere with the
way in which a person interprets the notion that working hard and effectively will bring
about the satisfaction of higher order needs. These authors also suggested that role
stresses may adversely affect workers who strongly value the task attributes of enriched
work. In a similar study, Pfeffer and Langton (1993) reported job satisfaction was
positively related to productivity, and noted that staff opinions of their personal
circumstances may influence productivity, whether it is an opinion of job satisfaction,
research/ training environment, funding adequacy or the freedom to collaborate. It has
been suggested that interest in research can be the best predictor of research productivity.
However Blackburn et al. (1991) found this variable not to satisfactorily predict
productivity. The top academic institutions generally produce a high level of research
productivity because high-status universities enjoy advantage in terms of financial
resources and research support that encourage publication. Reskin, (1977) pointed out
that a process of ‘homosocial’ reproduction is common within business schools, so that
graduates of high-status universities are hired by other high-status institutions.
Homosocial is also referred to as cumulative advantage. This refers to a staff
member’s prior academic and professional training. The attribute of accumulative
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advantage makes it easier to achieve success in publishing because of prior research
project experience, research membership, development of research skills, and
collaboration on research project and research sponsorship (Creswell 1985; Fox 1996).
According to Finkelstein (1984), academic rank is a significant predictor of publication
success because the academic lecturers in higher ranks generally have more control over
their workload assignment, allowing faculty of higher rank to produce more research than
those of a lower rank.
Personal career development factors are those factors that come from the
academic and personal qualifications of academic lecturers themselves. These factors
include such items as an individual’s ability and interest, attitude toward conducting
research, academic origin, the type of advance degree earned, research experience, skills
and training, rank and tenure status. In a similar way, a staff member’s attitudes and
commitment to scholarly work relates closely to their research productivity (Lertputtarak,
2008)
2.6 Research Productivity and Academic Disciplines
Studies assessing the research productivity of departments in academic
institutions or individual researchers have been conducted in various disciplines such as
in general business (Niemi, 1998); Baden-Fuller et al. 2000), management (Stahl et al.
1988), marketing (Niemi,1988), finance (Klemkosky and Tuttle,1977; Ederington
1979;Niemi, 1987) accounting (Jacobs et al. 1986), management information systems
(Vogel and Wetherbe 1984; Grover et al. 1992), and economics (Laband, 1985). These
studies ranked departments according to the number of articles published in the refereed
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journals of their relevant fields. They did not provide factors that influence research
productivity of lecturers that is what the present study did.
Biglan (1973) found that researchers from natural sciences and engineering
published more journal articles, in contrast, researchers from social sciences and
education tended to publish more monographs, results that seem to be consistent with
more current studies (Brooks, 2006). In addition, Biglan found that researchers in applied
fields (e.g., engineering, education, and economics) produced more technical reports than
scholars in no applied fields. Brooks (2006), in a study that compared three cohorts of the
NSOPF (1988, 1993, and 1999), found that social science and natural science/engineering
faculty members were expected to demonstrate higher rates of research dissemination
than faculty members from the field of humanities. In contrast, faculty members from
humanities had a tendency to publish higher numbers of books and chapters in edited
books.
Hannington (1986) undertook a study to identify the characteristics of the active
research producers within dental schools. A survey was mailed to 4,901 full-time faculty
members in 53 U.S. dental schools, of which 1,481 (31%) were returned. Faculty
Research Productivity (FRP) was defined as the number of publications generated by a
faculty member during his or her academic career, as reported in response to a survey
question. Seventeen characteristics of faculty members also were obtained from
responses to survey items. Using stepwise multiple regressions, five variables predicted
38% of the variance in FRP: Interest in Research, Earned Ph.D., Number of Journal
Subscriptions, Consulting Time per Week, and Research Time per Week. While the
relationship between FRP and student contact time was linear (the more articles produced
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the less student contact time), time spent in teaching per week did not enter the prediction
equation. The present study has focused on active researchers and has sought to get views
from them with a view to finding out the factors that influence their research
productivity.
Kohlenberg (1992) carried out a study to identify the relationship between faculty
research productivity and organizational structure in schools of nursing. This was
necessitated by the fact that nursing research had been widely recognized by members of
the nursing profession, yet comparatively few engaged in conducting research. He argued
that although contextual variables that facilitate or inhibit nursing research had been
investigated, the relationship between organizational structure and nursing research
productivity had not been examined. This problem was examined within the context of
the Entrepreneurial Theory of Formal Organizations. A survey methodology was used for
data collection. Data on individual faculty research productivity and organizational
structure in the school of nursing were obtained through the use of a questionnaire. A
random sample of 300 faculty teaching in 60 masters and doctoral nursing schools in the
United States was used.
The instruments for data collection were Wakefield-Fisher's Adapted Scholarly
Productivity Index and Hall's Organizational Inventory. The data were analyzed using
Pearson Product-Moment Correlation Coefficients and multiple correlation/regression
techniques. The study found out that the overall relationship between faculty research
productivity and organizational structure in schools of nursing was not significant at
the .002 level of confidence. The present study has also studied individual factors
responsible for research productivity.
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Mills, Zyzanski, Flocke (1995) carried out a study whose objective was to
describe residency research productivity and identify the set of independent factors that
best characterize programs at various levels of productivity. A 23-item survey was mailed
to 226 randomly selected family practice residency directors. The survey included items
on program demographics, mentoring, resident and faculty research activities, and
program research resources. Factor and discriminant analyses were performed to identify
the major independent factors associated with productivity. A total of 154 completed
surveys were received for a response rate of 68%. Based on a cross tabulation of grants
per program and publications per faculty, 22% of programs had high productivity, 46%
had medium productivity, and 32% had low productivity. The significant factors of
mentor support, amount of research activity, and program size contributed independently
to the classification of programs by relative level of research productivity. These
associations remained significant when university programs were excluded. The study
concluded that Family practice residencies with relatively higher research productivity
are more likely to have three characteristics than lower productivity programs:
availability of a research mentor, more faculty research activities, and larger program
size. This study focused on directors instead of targeting the researchers themselves. This
study sought information from both researchers and their heads of departments.
Hemlin & Gustafsson (1996) explored the main factors influencing the research
productivity in the arts and humanities in Sweden. A questionnaire was constructed to
identify and assess the effects of various factors important for the productivity of the
individual researcher as reflected in the number of papers and PhD’s produced. First,
respondents were given the opportunity to list in their own words a number of important
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factors influencing research productivity. Secondly, they evaluated on rating scales the
importance of a number of pre-selected factors (e.g. individual characteristics,
organisational features, external factors) assumed to be important for research
productivity. 50% of a sample of 256 researchers in the humanities responded.
Ratings were grouped to produce a number of indices and these were subject to
multiple regression analyses. The main results showed that the production of papers was
predicted by the number of Ph.D.'s produced and inversely related to the importance of
organisational factors. The production of Ph.D.'s was dependent on the year of the Ph.D.
and the position of the respondent as well as on the number of papers s/he produced. A
number of conclusions were drawn: a) there was support for the academic social position
effect also in the humanities; b) organisational factors apparently played a minor role in
comparison to individual characteristics in the humanities than in the sciences and; c) the
differences in productivity of papers were also related to gender, but not to size, area or
language of publications. The present study went beyond studies in humanities and social
sciences and incorporates other faculties in the university setup. This has indeed yielded a
more representative type of information from the universities.
Bonzi (1992) collected data from the curriculum vitae of 411 senior faculty at
Syracuse University which was analysed to uncover trends in productivity over time.
Results showed that productivity was related to status and academic discipline. Overall,
productivity earlier in a career was a good indicator of later productivity. Increase in
productivity among females was greater than among males, but males were more
productive overall. Humanities and science/mathematics faculty increased productivity to
a greater extent than did social scientists and professional school faculty. Journal articles
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were cited much more than are book chapters, so faculties not tending to publish in
journals did not show a high citation count. In addition, citation counts were biased
toward older works, since they had greater exposure than more recent works. Focusing on
senior faculty only could not give objective results to a study. This study has been all
inclusive in terms of lecturers who were selected to take part in this study.
Wanner, Lewis and Gregorio (1981) conducted a comparative study on Research
Productivity in Academia in the US. He noted that a significant number of studies of
scholarly productivity were accumulated in the past and a majority focusing on limited
samples of specialists in one or only a few scientific disciplines, making it difficult to
generalize findings across dissimilar academic disciplines. Wanner et al’s paper tested a
model incorporating both academic and nonacademic factors as determinants of scholarly
productivity with samples of physical and biological scientists, social scientists, and
humanists taken from the 1972-73 in the American Council on Education survey of
faculty at U.S. institutions of higher learning.
The study found considerable variation in the process determining productivity
both across the broad disciplinary categories as well as within categories when article and
book productivity were compared. The study also examined the relative influence of the
disciplinary context and attributes of scholars on productivity. The evidence found
suggested that the decisive edge that physical and biological scientists enjoy over social
scientists and humanists in article productivity was largely the result of the nature of
work or a favorable disciplinary milieu, while the lower rate of productivity among
humanists was more heavily determined by their attributes.
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Kotrik (2002) conducted a study to determine the factors that explained the
research productivity of agricultural education faculty in colleges and universities. In this
study, publications in refereed journals were used as a surrogate for research productivity.
The study described the research productivity of agricultural education faculty, their
attitudes of the organizational culture that exists in their department to support research
productivity, and their self-assessment of their research competency. The population for
the study included all full-time, professorial rank faculty employed by colleges and
universities in the United States that offered agricultural education.
The regression analysis was used and it revealed that three variables explained
50% of the variance in research productivity. These variables included number of
doctoral students advised to completion in the last five years, faculty members’ attitudes
of their research confidence, and the number of graduate assistant hours allocated to the
faculty member. The variables that did not explain a significant proportion of the
variance were percentage of the faculty member’s time allocated to research, salary,
organizational culture and support of research, age, gender, rank, number of master’s
students advised to completion in the last five years, and number of years they had held a
tenure track position. This study gives an indication of the variables to consider in my
present study.
Borokhovich et al (1995) examined differences in finance research productivity
and influence across 661 academic institutions over a five year period from 1989 through
1993. They found that 40 institutions accounted for over 50% of all articles published by
16 leading journals over the five year period; 66 institutions accounted for two-thirds of
the articles. Influence was more skewed with as few as 20 institutions accounting for
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50% of all citations to articles in these journals. They further found that the number of
publications and publication influence increased with faculty size and academic
accreditation. Prestigious business schools were associated with high publication
productivity and influence. The present study has zeroed in on both academic staff and
institutions.
Print and Hattie (1997) carried out a study to demonstrate, via the use of the
discipline of Education, a procedure to identify and weight the importance of various
indicators of research productivity which in turn have become significant components in
determining quality within and between universities. The methodology allows for the
identification of indicators that are most important, and ascertains if there are differences
among academics as to the relative weighting of the various research indicators.
Highly valued indicators of research productivity amongst the Education
academics were refereed journal articles, peer reviewed books, and major competitive
research grants. Refereeing was critical in the determination of quality in research
productivity, and the findings generalized across many academics regardless of their own
personal productivity. It is recommended that the methodology can serve to determine the
tacit weights that academics within and across disciplines attach to various research
products. At least, this method makes academics and administrators aware of the
weightings they are actually using when making decisions about the quality of academic
departments.
Hasselbacka, Reinstein, Schwanc (2000) conducted a study which made use of
comprehensive data on both the quantity and quality of research productivity of 3878
accounting faculty who earned their accounting doctoral degrees from 1971 to 1993.
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Publications in 40 journals were used to measure faculty publication quantity. Journal
ratings derived from a compilation of the rankings of five prior studies and co-authorship
were used to measure publication quality. Choosing benchmarks for an individual faculty
required users of the data to determine four parameters: (1) what credit to give a faculty
member for co-authored articles; (2) what level of journal quality was appropriate, (3)
choosing appropriate levels of performance and (4) deciding the emphasis to place on the
number of years since the doctoral degree was earned. It was discovered that the average
number of authors per article was significantly correlated with time and growing at a pace
of 0.017 authors per article per year.
Wierzbicki (2002) conducted a study to investigate the research productivity of all
staff in chemical pathology in the United Kingdom. Chemical pathologists or
biochemical scientists were identified from publicly available sources. All journals, their
impact factors (IFs), and individual publications over the period of 1995 to 1999 were
identified from electronic databases. Each publication was sub classified with respect to
type of publication, number and position of author, and subspecialty to which the article
referred. Results of this study indicated that research output over the period comprised
6162 articles, originating from 1399 individuals, 264 of who were medically qualified.
Specialty initiated research accounted for 26% of the total publications and 80% of the
research was performed in teaching hospitals.
Research output was highly skewed because 49% of individuals published a letter
or more, 20% published one original piece of research over five years, but only 4% were
research active, as defined by one publication each year. International standard research,
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defined as one paper each year in journals with IF > 4, was achieved by 1% of the
profession, mostly aged > 55 years. Skewed distributions of publication rates were found
in all age deciles. The possession of higher research degrees correlated with higher output
in all age deciles.
The conclusions formed from this study indicate that those working in chemical
pathology are active in initiating and conducting research, although at a low level.
Because long-term activity in research correlates with the possession of higher research
degrees and the opportunity to carry out research from early in career pathways, priority
should be given to encouraging research in training. The present study has gone beyond
Chemical pathologists and investigated more researchers in different disciplines.
Chen (2004) surveyed 320 faculty members in a study from 10 business schools
to examine the intrinsic and extrinsic rewards that motivate faculty to conduct research.
Of the thirteen rewards studied, receiving or having tenure was the most important
reward, while getting a possible administrative position was the least important. There
were significant differences in the importance of these rewards between tenured-
untenured and between male-female faculty members. Faculty perceives a strong link
between research productivity and the attainment of the rewards of tenure and of
promotion.
However, in the minds of the faculty, the link between publications and the
reward of salary increases was not strong. Associate professors reported lesser
importance than either full professors or assistant professors on nine of the thirteen
rewards and perceived a weaker link between research productivity and achieving the
reward. This implies that the associate professors were the least motivated faculty rank to
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perform research. There was no significant difference in the number of journal articles
either published or accepted for publication within the past 24 months by tenure status,
gender, or faculty rank. Rewards are not the only factors that can influence research
productivity. Even institutional working conditions can increase research productivity.
The present study has investigated more factors that can influence research productivity.
Dakik (2005) analysed the quality and quantity of scientific publications of the
medical faculty at the American University of Beirut (AUB) during a six year period
(1996–2001). The study included all faculty members in the medical school of AUB in
the year 2001. A Medline search inclusive of the years 1996–2001 was done for each
faculty member and a total number of 881 publications were obtained. The faculty
consisted of 203 members. Their average productivity rate (mean (SD)) was 1.24 (1.38)
publications/faculty member/year (PFY), with a mean impact factor of 2.69 (4.63).
Eighteen per cent of the faculty did not have any publication in the six year study period,
and only 20% had two or more publications per year. There was a significantly higher
publication rate among newly recruited faculty members (0.93 (1.40) PFY for those
appointed before 1990, 1.45 (1.24) PFY for those appointed during 1990–1995, and 1.67
(1.43) for those appointed after 1995, p = 0.007), and among those who were younger in
age (p<0.01).
Collaboration with international investigators resulted in more original
publications than work done only at AUB (65% v 35%, p<0.001), and a higher journal
impact factor for the publications (3.20 (3.85) v 1.71 (2.36), p<0.05). This was one of the
first studies that analysed the research productivity of the medical faculty in a university
setting in a developing country. It showed a wide variation in the research productivity of
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the faculty members that seems to be related to individual as well as institutional
characteristics. This study did not elaborate on the factors responsible for research
productivity of researchers. That is what the present study has strived to realise.
Ramona, Lee, Skakun, & Lorne (2007) carried out a study to determine whether
the sequence of training to obtain MD and PhD degrees was associated with different
career paths for physicians who had their PhD before medical school and those who
obtained it after their MD, and to explore the factors that encouraged or dissuaded
Canadian dual-degree physicians in pursuing a research career. In 2003, questionnaires
from the University of Alberta, Edmonton, Canada, were sent to all 734 Canadian
physicians having MDs and PhDs; they were identified through the Canadian Medical
Directory. Data collected were gender, year and country of MD, sequence of obtaining
degrees, portion of time on clinical, research, teaching, and administrative duties, number
of publications and grant amounts held, and perceived incentives and disincentives to
research careers. Two focus groups were held with a subset of physicians to further
explore themes.
The response rate was 64%. On the basis of the timing of the PhD relative to the
MD, physicians were designated early PhDs (26%), concurrent PhDs (12%), or late PhDs
(62%). Late PhDs spent more time in research and less time on clinical practice than the
other two groups and spent more time teaching and had published more papers than the
early PhDs. Grant amounts were highest for late PhDs. Lack of time and resources were
the major disincentives to research, and noteworthy incentives were the opportunity for
intellectual challenge and creativity, and previous research experience. The study
concluded that Physicians who obtained a PhD after an MD had a more research-focused
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career than those who entered medical school with a PhD. Sequence of training was a
narrow way of analyzing research productivity. The present study has employed more
factors and how they influence research productivity.
Wills et al (2008) carried out a study on a meta-analysis of international studies
from accounting and related business fields, published between 1988 and 2008, the study
examined factors influencing the research productivity of academics. In this study, more
than 70 factors were identified from 25 studies, which were then reduced to clusters of
factors, or themes. A data-driven approach to thematic analysis was used to identify the
factors and to allocate them to nine themes. The study examined the relationships
between the themes and proposed a model of how they were linked. The study suggested
that three hierarchical clusters of factors at government, institution and individual levels
influenced the research output of accounting academics. This study concentrated on
business subjects. The present study has involved other disciplines
2.7 Research Productivity and Technology Transfer/Patents
Recently, researchers have proposed other indicators of creative productivity such
as the number of patents, presentations at conferences, or textbooks published (Antony
and Raveling, (1998). Brooks (2006) insisted “we know that these indicators [traditional
indicators of scholarship productivity] reflect only a narrow slice of an institution’s
overall research and scholarship, and do not accurately represent the full variety of
scholarly activity of faculty in all disciplines”. The main problem in only using traditional
indicators of productivity is that this omission might introduce systematic bias against
those disciplines characterized by different type of indicators Brooks (2006)
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Donald (2003) undertook a study in the United Kingdom on assessing the impact
of university science parks on research productivity. This was against a background that
University science parks stimulate technological spillovers. Results of this study
indicated that there was virtually no empirical evidence on the impact of these facilities
on research productivity. This was done by examining whether companies located on
university science parks in the United Kingdom had higher research productivity than
observationally equivalent firms not located on a university science park. The results
showed that there was no relationship between the science parks and research
productivity. The development of Science parks are at the infancy stage in Kenya.
Jean and Schankerman (2004) carried out a study on Patent Quality and Research
Productivity: Measuring Innovation with Multiple indicators. They analyzed the
determinants of the decline in research productivity using panel data on manufacturing
firms in the US for the period 1980–93. They focused on three factors: the level of
demand, the quality of patents and technological exhaustion. They developed an index of
patent 'quality' using detailed patent information and showed that using multiple
indicators substantially reduced the measured variance in quality. They further found out
that research productivity at the firm level was inversely related to patent quality and the
level of demand, as predicted by theory and patent quality. In this case, patent quality was
positively associated with the stock market value of firms. This confirmed the fact that
research productivity positively influences quality of a patent. This present study has not
explored levels of patent applications with KIPI, ARIPO or WIPO but has made
suggestions for further research to explore research productivity in Kenyan Universities
in regard to patent applications.
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Torrez (2006) reports about a study by the Milken Institute, an independent think-
tank based in Santa Monica in the US, which sought to determine the universities
worldwide that were doing the best job at technology transfer and commercialization of
their discoveries and inventions in biotechnology. In their study titled Mind to Market: A
Global Analysis of University Biotechnology Transfer and Commercialization, the
institute found that the University of California system was the most successful university
in licensing income from its discoveries and inventions, a total average of about $100
million per year, followed by Stanford University ($50 million) and the Massachusetts
Institute of Technology ($33 million).
The study highlighted the importance of research to a university's bottom line and
its positive economic effects on its region. It also stressed the importance of a technology
transfer office to a university and of a campus's proximity to clusters of biotech firms that
can fund research. The present study recognizes the critical roles played by patent
institutions in Kenya and in the region; however, this study has concentrated on
publications by university lecturers as a yardstick for research productivity.
Welker (2006) conducted a survey of senior university research administrators on
a broadly defined set of their institution’s research activities. In spring 2005, the senior
research administrator at each of the 250 Carnegie classified doctoral/research
universities-Extensive and Intensive was identified (Shulman, 2001). They were
contacted by email and asked to answer an on-line survey. The purpose of the survey was
to gain a better understanding of national trends in research planning and priority setting,
research culture, research publicity, economic development, and technology transfer.
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Ninety-five senior research administrators completed the survey, forming a response rate
of 38%. Responses came from 35 states.
Two-thirds of the respondents were from Doctoral/Research Universities -
Extensive and one-third was from Doctoral/Research Universities -Intensive. Two-thirds
represented universities with undergraduate enrollments of over 10,000; 72% were public
and 28% were private institutions.
The survey was intended to stimulate thought, not necessarily to recommend
specific actions, and to provide insights into the management of research at U.S.
universities.
2.8 Research Productivity and Teaching Effectiveness
Kenneth (1987) made an analysis review of the research that had been done on the
connection between research productivity or scholarly accomplishment of faculty
members and their teaching effectiveness (as assessed by their students). On average, it
was found that there was a very small positive association between the two variables. The
association between research productivity and teaching effectiveness was explored
further by considering whether its size and direction varied by career stage of faculty
members, their academic discipline, and the type of college or university in which they
taught. The current study has not gone into making comparisons between the teaching
and research aspects of faculty members but has looked at the contribution of both
lecturers and students in terms of research output.
Centra (2005) investigated the relationship between research productivity and
teaching effectiveness to shed light on the long-debated question of whether performance
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in one area enhanced performance in the other. The academic field and the stage of a
faculty member’s career were both considered in the analysis. Two samples — one of
2,973 and the other of 1,623 faculty members from a variety of institutions, were studied.
In considering results of both analyses, teachers of social science courses were the only
group for which there were consistent though modest relationships between the numbers
of published articles and student ratings of instructor effectiveness. Thus spillover effects,
or a general ability factor, or other reasons for a possible link between research and
teaching performance were not totally supported. The relationship between performance
in the two areas was either nonexistent or, where it appeared, it was too modest to
conclude that one necessarily enhanced the other. This study did not indicate the method
of data analysis used.
2.9 Summary of Literature Review
The literature review done in this work is in the area of research productivity at
various levels. The research work done range from groups of institutions, individual
institution, fields of specialization to individual variables that contribute to research
productivity. From this literature review, it is clear that few studies have combined the
analysis of both institutional and individual factors, it is clear that most studies have not
used the university heads of departments to get information for triangulation purposes.
This study has tried to cover this gap. It is also clear and evident that most of the work
has been done in the developed countries and very little has been done in the developing
world.
The literature also indicates that most of the work has been done in the recent past
meaning that this is a new emerging area that developing countries should embrace to
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gauge the productivity of their research capacity. Furthermore, very little work has been
done in Africa and in Kenya in particular in this area. Perhaps this is the first
comprehensive study to be carried out in Kenya targeting on research productivity; this is
evident from the literature reviewed. This by itself is a justification for this work to be
carried out in Kenya.
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CHAPTER THREE
RESEARCH DESIGN AND METHODOLOGY
3 Introduction
This chapter presents and justifies the research design and methodology employed
in this study. It describes the research design, target Population, sample and sampling
procedures, description of research instruments, test for validity and reliability,
description of data collection procedures, description of data analysis procedures.
3.1 Research Design
In this study, survey research design was employed. The survey design collects
data at a particular point in time with the intention of describing the nature of the existing
conditions, indentifying the standards against which existing conditions can be compared
and for determining the relationship that exists between specific events (Orodho, 2004).
This design is preferred because the researcher was interested in describing the existing
phenomenon without any manipulation. This method was appropriate for this study
because it enabled the researcher to collect much information in less than one month’s
time. It was also possible to make a wide coverage of both public and private universities
in Kenya in that short duration. This design has also been used because the findings of
the study would be generalised to the whole population. Therefore survey research design
was found to be appropriate for this study.
3.2 Target Population
This study targeted academic staff in Kenya drawn from selected public and
private universities. This study focused on research productivity of the university
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academic staff; this is because lecturers are mandated to teach and to conduct research in
their areas of specialization. Therefore the university academic staff drawn from selected
faculties in the mentioned universities formed the population of this study. Others were
heads of departments drawn from the selected universities.
3.3 Sample and Sampling Procedures
Stratified random sampling was used in this study. This is because the population
studied was heterogeneous. There are differences among the lecturers in terms of gender,
rank and academic disciplines. A total of 400 questionnaires were administered to the
university academic staff in the ratio of 70 to 30 for male and female academic staff
respectively. On the other hand, simple random sampling was used to target university
heads of departments. This sampling procedure was preferred because only those who are
charged with the said responsibilities as heads of departments were used.
The sampled universities consisted of five private and six public universities. For
ethical issues the universities were randomly assigned letters A, B, C, D, E, F, G, H, J, K,
and L. Letter I was skipped in this naming. Public universities were A, B, C, D, J, K
while the private universities were E, F, G, H and L. The names of faculties and
departments remained the same. This confidentiality was maintained due to the nature of
sensitivity associated with performance of universities. Other universities in the sample
had also requested for the confidentiality of the findings.
3.4 Description of Research Instruments
This study employed the questionnaires and document analysis in data collection.
3.4.1 The Questionnaire
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The questionnaire was the main research instrument used for this study. It was
employed to collect information from the university lecturers and heads of departments.
It had both open and closed ended items. This study mainly used the questionnaire as the
instrument for data collection. This was partly because most of the studies done in this
area have used this instrument for data collection. It has also been proven that self-
reported data has correlated positively with the information collected from journal
publications. The instrument was developed and pilot tested to ensure that it was valid
and reliable.
3.4.2 Questionnaire for Lecturers (Appendix 1)
The questionnaire was used to collect six types of information from lecturers
which were required for the purposes of this study.
The questionnaire was structured as follows:
Demographic information: contained information of the lecturers with variables such as
name of university, faculty, department, gender, age group, rank, highest degree obtained,
and work load.
Information on publications: information sought here included research publications
done by the lecturer between the years 2004-2008.
Individual factors: a wide range of questions specifically targeting the individual factors
were presented to the lecturers. The respondent was supposed to tick against the
appropriate responses. The response was a four level scale ranging from 1 – 4, 1- Large
Extent; 2 – Some Extent; 3 – Little Extent; 4 – No Extent.
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Institutional factors: questions here centred on institutional factors influencing research
productivity. The respondent was supposed to tick against the appropriate responses. The
response was a four level scale ranging from 1 – 4, 1- Large Extent; 2 – Some Extent; 3 –
Little Extent; 4 – No Extent.
Attitude on research and publications: this contained a five point Likert type scale SA
– Strongly Agree; A – Agree; U - Undecided/No opinion; D – Disagree; SD – Strongly
Disagree.
Personal opinions on problems and possible solutions: this section had questions that
sought information on any factors affecting research productivity that had not been
covered in the items above. The lecturers were also asked to give possible solutions to the
problems/factors they had identified.
3.4.3 Questionnaire for Heads of Departments (Appendix I1)
The questionnaire was structured as follows:
Demographic information: contained information of the lecturers with variables such as
name of university, faculty, department, gender, age group, rank, highest degree obtained,
and work load.
Information on publications: information sought here included research publications
done by the lecturer between 2004-2008.
Individual factors: a wide range of questions specifically targeting the individual factors
were presented to the lecturers. The respondent was supposed to tick against the
appropriate responses. The response was a four level scale ranging from 1 – 4, 1- Large
Extent; 2 – Some Extent; 3 – Little Extent; 4 – No Extent.
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Institutional factors: questions here centred on institutional factors influencing research
productivity. The respondent was supposed to tick against the appropriate responses. The
response was a four level scale ranging from 1 – 4, 1- Large Extent; 2 – Some Extent; 3 –
Little Extent; 4 – No Extent.
Personal opinions on problems and possible solutions: this section had questions that
sought information on any factors affecting research productivity that had not been
covered in the items above. The heads of department were also asked to give possible
solutions to the problems/factors they had identified.
The scales and items used in the instruments was selected after a review of the
literature and grounded in the theoretical base of this study. Each of the questionnaires
had a short introductory letter signed by the researcher attached to it.
During the data analysis, the items on the five –point Likert scale were reversed in
scoring negative questions. Hence the higher the percentage or the mean, the more
important the factor was perceived to be.
Document Analysis
This was the other document used in the data collection exercise. The instrument
was used in collecting information on the research policies for the institutions that had
developed them. Six universities were sampled here. Four public universities and two
private universities were used in this case. Main concern here was the weight given by
individual universities towards personal career development of the individual academic
staff. It yielded interesting results in this regard.
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3.5 Piloting/Pre-Testing
The purpose for pre-testing was to ensure that items in the questionnaire were
stated clearly and had the same meaning to all respondents. The questionnaire was pilot
tested with 10 university faculty members who did not take part in the study.
3.6 Validity and Reliability of Instruments
3.6.1 Validity
Nachmias and Nachmias (2005) observes that validity is about answering a
question, “Am I measuring what I intend to measure?” Coolican (1996) observed that
validity of the instrument is the extent to which it measures what it is intended to
measure. In this case, three experts in the faculty of education CUEA assisted the
researcher in validating this instrument so that it was able to measure what it was
intended to measure. They looked at them independently and ascertained that they could
solicit the kind of information they were to collect. Their views on the content and
structure were incorporated in the final draft of the instrument. Peer review was also used
to enhance face and content validity. At this stage the items on attitudes of the academic
staff to research and publishing were added to the instrument. Appropriate changes were
also made during validation and were incorporated into the instrument. Other changes
were done in the wording of items, the design of scales, and in the instructions for
completing the instrument. The suggestions from the experts and peer reviewers helped
to achieve the content and face validity of the instruments.
3.6.2 Reliability
Reliability refers to the extent to which the measuring instrument contains
variable errors, that is the errors that appear inconsistently from observation to
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observation during any one measurement attempt or that vary each time a given unit is
measured by the same instrument (Nachmias and Machmias,2005; 170). Instruments used
in Social sciences yield more errors than those used in physical variables. This reliability
measure varies between 0 – 1. An instrument with a figure closer to 0 has more errors
than one which is closer to 1 (Nachmias & Nachmias, 2005; 172).
In this case the researcher employed the Split half method. The questionnaires
were administered to a group of lecturers in pilot testing. Received responses were split
into two by using odd and even numbers. Cronbach Alpha Coefficient yielded a
coefficient which indicated that the questionnaires were reliable. If the coefficient
realized was too low, some work had to be redone on the questionnaire until it yields
satisfactory coefficient. In most cases, a value lying between 0.70 – 1.00 is commonly
accepted (Nachmias & Nachmias, 2005).
The reliability index for closed ended questions for academic staff was calculated
using SPSS for Windows (version 15). The split half technique was used to analyse the
ten questionnaires. A total of ten (10) questionnaires were used for this calculation. For
this case the Spearman –Brown coefficient was calculated and it yielded a coefficient of
0.796. According to Nachmias and Nachmias (2005) this coefficient is enough to justify
the instruments use.
The realized coefficient indicated that the instrument was reliable enough to
collect information from the academic staff in Kenya.
On the other hand, six questionnaires of the Heads of Departments’ was subjected
to Cronbach Alpha Coefficient and it yielded 0.753 reliability index. This coefficient was
regarded as qualifying research instrument to be used in this study.
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3.7 Description of Data Collection Procedures
The Department of Postgraduate studies in Education at the Catholic University
of East Africa provided the researcher with a clearance letter. This letter made it possible
to make an application for a research permit from the National Council for Science and
Technology (NCST), in the Ministry of Higher Education, Science and Technology. The
researcher used this permit to contact the university vice chancellors for clearance to
conduct research in their respective institutions. Permission was granted from all the
universities that were contacted. The only problem was that some of the vice chancellors
took long to grant approval letters.
The questionnaires were administered to the selected university academic staff by
the researcher and research assistants. The questionnaires were self administered while
others were sent by email. Due to the large scope of this study, involving universities
outside Nairobi and the fact that university academic staff are scattered in offices across
the university, it became prudent to engage the services of research assistants. All the
research assistants were trained by the researcher and were assigned to specific
universities. The package to each lecturer contained a cover letter explaining the purpose
of the study and the questionnaire. The same applied to the Heads of Departments
questionnaires.
Research policies from six universities were collected and analysed according to
the preset criteria. The main criteria here was to find out whether the issue of career
professional development, among academic staff, had been sufficiently taken into
account and catered for in the university research policies.
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3.8 Description of Data Analysis Procedures
Descriptive and inferential statistics were used to analyse the data. Quantitative
data from responses to closed ended type of questions in the questionnaire were coded in
the computer by applying the Statistical Package for Social Sciences (SPSS) version 15.
Several statistical analysis were performed, the quantitative data analysis was performed
to generate frequencies and percentages. Cross tabulation analysis of various independent
variables like age group, gender, type of university, rank and highest degree obtained
with the participants’ number of publications were performed. Information obtained from
the attitude scale was used to test hypothesis using one way ANOVA at 0.05 level of
significance. If the p- value was less than or equal to 0.05 level of significance the
hypothesis was rejected. If the p-value was greater than 0.05 level of significance the
hypothesis was not rejected. The one way ANOVA was used to test all the hypothesis
presented in this study.
Factor analysis was employed in data reduction. It reduced large number of
factors influencing research productivity into a small number of factors that explained
most of the variance observed in a much larger number of variables (Obure, 2002; child,
2006).
The results were presented in frequency and percentage Tables, graphical
representations and pie charts. Means and standard deviations were also computed to
determine the respondents’ attitudes towards research productivity. Data collected from
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the open ended items were analysed by grouping similar answers together across
respondents in order to form emerging themes/factors. The theme that had many
respondents thus formed the main factor influencing research productivity. Other themes
attracted very few responses and were therefore regarded as minor factors. These factors
were sorted in a descending format for ease of interpretation and presented in a tabular
form.
Besides the demographic information and the last section of the of the Heads of
Department questionnaires other parts of the questionnaires had many missing variables
and was therefore excluded from analysis. It looked like most HoD’s were not willing to
commit themselves on the issue of publications made in the department in the last five
years, they were not willing to give their views on the close ended questions on
individual and institutional factors affecting research productivity, nevertheless they
contributed meaningfully to the open ended questions presented to them. These items
have been analysed in the last section of chapter 4 and they are indeed invaluable input in
this study.
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CHAPTER FOUR
PRESENTATION AND DISCUSSION OF THE FINDINGS
4.1 Introduction
This chapter presents the study findings, interpretations and analysis including
discussions based on the structure of the research questions. Deliberate effort has been
made to address the pre specified study questions with relevance to factors influencing
research productivity.
4.2 Demographic characteristics of participants
The demographic information is derived from item one to ten of both the
Universities' academic staff and heads of department questionnaires. These items were
name of university, faculty, department, gender, age group, rank, highest degree obtained,
and work load.
4.2.1 Academic staff’s demographic information
Presentations, discussions and analysis in this section are founded on the
perceived participants’ background variables. These, the researcher deemed to be
important indicators and determinants of their attitudes in regard to the factors hindering
or promoting research output among Kenyan university academic staff. This information
was obtained from question one to ten of the university academic staff questionnaire
(Appendix 1)
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The participants were asked to place a tick or a mark in an appropriate variable
that best presented their status i.e. Name of university and faculty, age group, gender
academic rank, years since last degree obtained.
Item nine and ten required the participants to fill in hours time spent on teaching
load and research work per week respectively.
The questionnaire response rate obtained from academic staff was 69.3%. Male
participants constituted 70.2% while 29.8% was made up of female academic staff. Sixty
nine percent of the questionnaires were responded to by academic staff in public
universities while 31.0% were filled by academic staff in private universities as shown in
the Tables below.
Table 4.1: Frequency Distribution of academic staff by Gender
Gender Frequency Percent
Male 193 70.0
Female 82 29.6
No Response 2 0.7
Total 277 100.0
n=277
Table 4.1 above indicates the composition of the sample. It is spread in the ratio
of 70:30 for men to women academic staff. Somehow it was a satisfactory ratio given that
the number of academic staff and even students is in that range.
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Table 4.2: Distribution of academic staff by type of university
Type of University Frequency Percent
Public university 191 69.0
Private university 86 31.0
Total 277 100.0
n=277
Table 4.2 indicates that more respondents were drawn from the public university
than from the private Universities. This is a true reflection of the University enrolment in
Kenya today where there are seven Public universities with 11 constituent colleges and
several campuses all forming the public Universities. On the other hand, there are over
twenty private universities with smaller enrolment.
Table 4.3: Distribution of academic staff by Age group
Age Group Frequency Valid Percent
20-29 30 10.8
30-39 75 27.1
40-49 104 37.5
50-59 54 19.5
60-69 14 5.1
Total 277 100.0
n=277
Table 4.3 above, illustrates a higher number of academic staff i.e. 37.5% who
belonged to the 40-49 age group while 5.1% of the respondents were in the 60-69 age
group. This implies that most of the respondents were lecturers in the 40-49 age category.
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This is in agreement with the analysis done below which indicates that most of the
respondents were those in the lecturer category.
Table 4.4 indicates that most of the participants held lecturer positions; this is
represented by 39.7% of the respondents. 17.4% were senior lecturers while 17.0% were
assistant lecturers. Seven point six percent were graduate assistants and 7.2% were
tutorial fellows. About six percent represented associate professors while only 3.3% were
full professors as shown in Table 4.4. The fact that many of the respondents were
lecturers is satisfying in the sense that this is the group that is struggling to climb the
academic ladder of the university to such positions as senior lecturers and professors. At
least this was an ideal group to be interviewed and to see how they are fairing on in terms
of research publications. Some studies reviewed had eliminated the use of the graduate
assistants and tutorial fellows from their analysis. The argument they were positing was
that the graduate assistants, tutorial fellows and assistant lecturers had not published
much and therefore they could not be taken into account. But for the case of this study,
the researcher found this group to have published though not much. Secondly, the nature
of Kenyan Universities is really changing. Most of the Universities are resorting to part
time academic staff. They recruit lecturers at those lower levels as part time lecturers
with the intention of minimizing on costs. Others are recruited but take long to move up
the ladder. Lastly, the current study is not very much into the output of the academic staff
but their attitudes and views on factors that influence research productivity. This was the
basis for retaining this group of academic staff in the study. The study also captured
about 9% of the respondents in the rank of associate professors and above.
124
Table 4.4: Distribution of academic staff by Position Held in Their respective
Universities.
Position held Frequency Percent
Graduate Assistant 21 7.6
Tutorial Fellow 20 7.2
Assistant lecturer 47 17.0
Lecturer 110 39.9
Senior Lecturer 48 17.4
Associate Professor 17 6.2
Professor 9 3.3
No Response 1 0.4
Total 277 100.0
n=277
Figure 4.1 indicates that a majority (53.4%) of the academic staff had Masters
Degrees, 37.9% had PhD’s while 6.9% had bachelor’s degrees. This was a good
representation for the academic staff in Kenya. It is a situation that is gradually changing.
It has been known over the years, for example at some of the oldest university public
universities in Kenya, a majority of the PhDs are found in the so called life and basic
sciences. The other areas like humanities and social sciences have had very few PhDs.
This has partly been explained by the abundance of university scholarships targeting
these fields. Secondly, there were no opportunities for PhD courses at the PhD level for
125
these members of staff. This is however changing due to more universities offering PhD
programmes across the country.
Figure 4.1: Distribution of academic staff by Highest Degree Obtained
n=277
It was further observed that 45.8% of the academic staff participants had obtained
their last highest degree in less than 5 years, while 25.6% obtained degrees between 6 –
10 years ago. 17.0% represented participants who obtained their highest degree between
11 – 15 years ago. 5.4% obtained their last highest degrees between 16 – 20 years ago
while only 4.0% obtained theirs more than 20 years ago as shown in Table 4.5. This
information is basically indicates that a sizeable number of the academic staff in Kenyan
Universities have masters degrees.
126
Table 4.5: Distribution of academic staff by years since last highest degree was
obtained
Years since last degree was obtained Frequency Valid Percent
<5 Years 127 45.8
6-10 Years 71 25.6
11-15 Years 47 17.0
16-20 Years 15 5.4
More than 20 Years 11 4.0
No Response 3 1.1
Total 274 100.0
The participants were asked to place a tick or a mark in an appropriate variable
that best suited their status i.e. Name of university and faculty, age group, gender
academic rank, years since last degree obtained.
The response rate obtained from heads of department was 60.7%. 76.5% of the
questionnaires were responded to by male participants while 23.5% were filled by female
participants. 88.2% of the questionnaires were responded by heads of departments in
public universities while 11.8% were filled by those in private universities as shown in
Tables 4.6 and 4.7.
Table 4.6: Distribution of Heads of departments by gender
Gender Frequency Percent
Male 13 76.5
Female 4 23.5
Total 17 100.0
127
n=17
Table 4.7: Distribution of Heads of departments by type of university
Type of University Frequency Percent
Public 15 88.2
Private 2 11.8
Total 17 100.0
n=17
Many of the heads of departments i.e. 41.2% belonged to the 40-49 age group,
just like the lecturers, while 37.3% belonged to the 50-59 age group and only 17.6% in
the 30-39 age group. Basically most of these HoDs are over 40 years of age as shown in
Table 4.8 below.
Table 4.8: Distribution of Heads of Departments by Age Group
Age group Frequency Percent
30-39 3 17.6
40-49 7 41.2
50-59 6 37.3
No response 1 5.8
Total 17 100.0
n=17
Table 4.8 illustrates that most of the HoDs were above 40 years of age.
Majority of the head of departments held lecturer positions; this was represented
by 59%. About 23% were associate professors while 12% were senior lecturers. One was
a professor as shown in Figure 4.2 below
Figure 4.2: Distribution of heads of departments’ by Position held in university
128
n=17
Approximately 35.3% of the heads of departments had masters degrees, 58.8%
had PhD’s while only 5.9% had bachelors degrees as shown in the Table below.
Table 4.9: Distribution of heads of department by highest degree obtained
Highest degree obtained Frequency Valid Percent
Bachelors degree 1 5.9
Masters degree 6 35.3
PhD 10 58.8
Total 17 100.0
n=17
It was further observed that 52.9% of the head of department participants had
obtained their last highest degree between 6 - 10 years ago, while 17.6% obtained less
than 5 years ago and between 16 – 20 years ago. Only 11.8% obtained their last highest
degrees between 11 – 15 years ago as shown in Table 4.10.
129
Table 4.10: Distribution of heads of departments by years since last highest degree
was obtained
Frequency Percent
<5 Years 3 17.6
6-10 Years 9 52.9
11-15 Years 2 11.8
16-20 Years 3 17.6
Total 17 100.0
n=17
Table 4.10 shows that most of the HoDs finished school in more than 9 years ago.
This means that they are persons who have been in the university system for long. The
responses that they provided to the rest of the items in the questionnaire reflected this
maturity.
4.3 Nature of Research Productivity among public and private universities in
Kenya between 2004-2008
This section analysed data that helped to answer research question number one on
the nature of research productivity among public and private universities in Kenya.
4.3.1 Average publication output by university between 2004 - 2008
The information presented below is a calculation of the average publication
output of the academic staff in Kenya. The calculation was done by dividing the total
publications from self reported data in this study by the number of academic staff in the
sample. This was done for all the universities under study in each of the five years under
study.
Table 4.11: Average publication output By University 2004-2008
130
UNIVERSITY 2004
Mean %
2005
Mean %
2006
Mean %
2007
Mean %
2008
Mean %
Total
Mean %
A 0.41 13.1 0.45 11.7 0.55 12.0 0.60 11.2 0.71 12.6 2.72 12.1
B 0.57 18.3 0.74 19.3 0.89 19.4 0.89 16.6 0.90 16.0 3.99 17.7
C 0.38 12.2 0.47 12.2 0.38 8.3 0.52 9.7 0.19 3.4 1.94 8.6
D 0.23 7.4 0.23 6.0 0.31 6.8 0.23 4.3 0.15 2.7 1.15 5.1
E No
data
No
data
No
data
No
data
0.08 1.7 0.17 3.2 0.33 5.9 0.58 2.6
F No
data
No
data
0.16 4.2 0.25 5.5 0.38 7.0 0.38 6.7 1.17 5.2
G 0.19 6.1 0.28 7.3 0.28 6.1 0.31 5.8 0.56 10.0 1.62 7.2
H 0.21 6.7 0.35 9.1 0.36 7.8 0.46 8.6 0.46 8.2 1.84 8.1
J 0.67 21.5 0.67 17.4 0.75 16.3 0.88 16.4 0.88 15.6 3.85 17.1
K 0.29 9.3 0.33 8.6 0.24 5.2 0.43 8.0 0.57 10.1 1.86 8.2
L 0.17 5.4 0.16 14.2 0.50 10.9 0.50 9.3 0.50 8.9 1.83 8.1
TOTAL 3.12 100 3.84 100 4.59 100 5.37 100.1 5.63 100.1 22.55
100
National Average = 2.05
Table 4.11 summarizes average publication outputs of academic staff in the
eleven Universities under study between 2004 – 2008. This can also be referred to as the
research productivity of the said institutions. Here, the total research publications were
divided by the total number of academic staff in that institution to yield this figure. The
highest production, according to this table, was done in 2008 by university B which
131
produced 0.90 publications per academic staff per year. This means that each academic
staff produced 0.90 publications in that year. The publication outputs fluctuate between
these five years and vary considerably across different universities and also across
different years for the same university. From the information presented in this Table, the
Universities can be divided into two groups, that is; high and low performers. Those
above the ten percent average mark can be considered as a high group (B, A, J) while
those with a performance less than ten percent can be grouped as low performing group
(C, D, E, F, G, H, K, L). It is evident that all the high group universities are public
universities whereas the low group has accommodated all the private universities in the
sample with a few public universities. This may be partially due to the higher number of
senior lecturer and above in the older universities unlike the private universities. Funding
levels might be different too in these institutions.
It is interesting to see here that B and J had a higher average rate of publications.
One thing that is quite clear of University B is the large size of the institution and also
being the first university to be set up here in Kenya as a branch of the University of East
Africa. This university enjoyed this privilege for too long till 1984 when the second
public university was established after the recommendations of the Mackay report of
1982. These findings are in disagreement with the findings by Ho (1998) who found that
the average production rate for the universities he studied in Hong Kong was above 7.0
mark for the five year study he undertook the study. On the other hand, Milgrom et al
(2008) conducted a study with the International Association for Dental Research (IADR)
Behavioral Sciences and Health services Research Group whose primary outcome
132
measure was the number of self-reported published articles in Pub Med in twenty-four
months.
The mean number of the publications he found was 4.9 (SD=5.1). Studies done in
Beirut by Dakik (2005) analysed the quality and quantity of scientific publications of the
medical faculty at the American University of Beirut (AUB) during a six year period
(1996–2001). Their average productivity rate was found to be 1.24 publications/faculty
member/year (PFY). Eighteen per cent of the faculty did not have any publication in the
six year study period, and only 20% had two or more publications per year. For the case
of the present study, no single university managed to produce a single digit in terms of
research productivity of its individual members per year. The highest was 0.90 by
university B in the year 2008.
The conditions under which academic staff was working in Ho and Milgrom’s
studies are different from the situation in Kenya and these differences in research
productivity might have arisen due to that.
However, these findings resonates the findings of Lee and Bozeman (2004) who
used the number of papers published in five years to calculate the research productivity
of various countries around the world. For their sample of U.S. academicians, they found
an average ranging from 14.40 papers for assistant professors to 25.75 papers for full
professors. Their study used self-reported data too, the self-reported sum of articles in
national and foreign journals was 4.5 for both academic and government researchers.
both the African and Indian respondents in their study published at a significantly lower
rate than Bozeman’s sample of U.S. scientists. Within developing areas; however, there
133
were significant differences. The mean number of total articles (foreign and national
journals) ranged from 7 articles in Kerala, to 3.6 in Ghana and 2.5 in Kenya.
134
Table 4.12: Frequency distribution of those who Published by rank
Graduate
Assistant
Tutorial
Fellow
Assistant
lecturer
Lecturer Senior
Lecturer
Associate
Professor
Professor Total
2004 0 1 4 41 32 16 8 103
0% 1.0% 3.9% 39.8% 31.1% 15.5% 7.8% 100.0%
20052 4 9 50 38 16 9 129
1.6% 3.1% 7.0% 38.8% 29.5% 12.4% 7.0% 100.0%
20063 7 14 58 38 15 9 145
2.1% 4.8% 9.7% 40.0% 26.2% 10.3% 6.2% 100.0%
20073 9 25 64 37 15 9 162
1.9% 5.6% 15.4% 39.5% 22.8% 9.3% 5.6% 100.0%
20087 11 29 70 40 16 9 182
3.8% 6.0% 15.9% 38.5% 22.0% 8.8% 4.9% 100.0%
The scenario presented in Table 4.12 shows that the position of lecturer and senior
lecturer were the most productive of all the academic staff under study. The contribution
by graduate assistants, tutorial fellows and professors was not as high. This is an expected
scenario since most lecturers are aspiring to grow professionally. They are being
motivated to produce more so as to climb the academic ladder. They have the energy
because they fall under the most productive bracket of 40-49 years old. They have also
gained enough experience to propel them to writing more publications. This is a
135
confirmation that the experience gained by the academic staff is crucial or instrumental in
increasing ones productivity in terms of publishing.
Table 4.13 Frequency distribution of those who did not publish by rank
Graduate
Assistant
Tutorial
Fellow
Assistant
lecturer
Lecturer Senior
Lecturer
Associate
Professor
Professor Total
2004 19 43 70 16 1 1 0 150
12.7% 28.7% 46.7% 10.7% 0.7% 0.7% 0% 100.0%
2005
19 16 38 61 10 1 0 145
13.1% 11.0% 26.2% 42.1% 6.9% 0.7% 0% 100.0%
2006 18 13 33 53 10 2 0 129
14.0% 10.1% 25.6% 41.1% 7.6% 1.6% 0% 100.0%
2007 19 11 22 47 11 2 0 112
16.9% 9.8% 19.6% 42.0% 9.8% 1.8% 0% 100.0%
2008 14 9 18 41 8 1 0 91
15.4% 9.8% 19.7% 45.1% 8.9% 1.1% 0% 100.0%
Table 4.13 is a confirmation of the analysis in Table 4.12. Here, it is quite evident
that a smaller number of lecturer and above is not engaged in publishing. A majority of
the non publishers fall in the category of lecturer and below. There is an interesting
scenario for the categories of assistant lecturer and lecturer between the years 2004-2008
The assistant lecturers started on the wrong footing with about 70 of them not publishing
anything in 2004 but this figure continued to rise. This can be attributed to experience
and the realization of the importance of publishing and publications. Unfortunately, the
136
reverse is the case for the position of lecturer. This can be explained by the motivation by
the lecturers to move to higher rank hence an increase in publication output.
It is interesting also to note that there was no single professor who had not
published in the five year period. They had made publications in their fields of
specialization and were therefore were recognized as producers. There are many reasons
that can be associated with this. The first one is the experience of the professors to attract
funding, ability to allocate funds for research to their teams, ability to use graduate
students to develop collaborative papers and of course the trust the donor community has
on people with experience to conduct their research and evaluations. Most donors or
projects usually require that the Principal Investigators be people who have handled work
of same magnitude before.
The findings of this study are in agreement with Kelchtermans et al (2005) who
observed that most of the studies to date aim at explaining average productivity profiles,
ignoring the often skewed distribution of research productivity, with many researchers
non-active and a few researchers accounting for the bulk of the publications. This issue of
persistence of research productivity profiles is underexplored in the literature. Indeed the
above Table 4.13 indicates that it is only the professors who have managed to publish
consistently over the five year period. They have been able to realize the benefits of
publishing whereas the majority of the academic staff have not had that privilege.
137
Table 4.14: Average publication output by gender 2004-2008
2004
Mean %
2005
Mean %
2006
Mean %
2007
Mean %
2008
Mean %
Total
Mean %
Male 0.39 54.2 0.46 48.4 0.51 48.6 0.60 52.6 0.69 53.9 2.65 51.6
Female 0.33 45.8 0.49 51.6 0.54 51.4 0.54 47.4 0.59 43.1 2.49 48.4
TOTAL 0.72 100 0.95 100 1.05 100 1.14 100 1.28 100 5.14 100
National Average = 2.57
Table 4.14 indicates that the publication output among gender fluctuates between
these five years. It is evident that there is some difference between the publication levels
when categorized by gender. The difference is however small. Though this table (Table
4.14) shows that women published fewer papers than their male counterparts between
2004 – 2008, the difference is not statistically significant (0.722) at the 95 percent level
as can be seen in Table 4.21.
This is in agreement with Blackburn et al. (1978), who observed that gender does
not appear to influence research output after other influences such as rank and discipline
are controlled. The national average at 2.57 is however quite low and needs to be boosted
across the board. Studies on gender and research productivity have been studied with
mixed results. Bailey (1992) reported a higher level of research productivity by male
faculty members. Other researchers have noted that female faculty members are lagging
behind experienced male faculty members in research productivity (Smith, Anderson,
Lovrich, and Nicholas, 1995). Blackburn et al. (1991) stated that the relationship between
gender and research productivity had been addressed in many studies and that little if
138
any, and sometimes contradictory, correlations have been found. Therefore for this case
in Kenya, the information realized is satisfactory.
Gender differences in scientific productivity have been given attention by many
researchers in the recent past. Several studies have found that female scientists publish at
lower rates than male scientists. Using a sample of American biochemists, Long (1993)
finds that sex differences in the number of publications and citations are bigger during the
first decade of the career but are reversed later. He attributes the lower productivity of
females to their overrepresentation among non-publishers and their under representation
among the extremely productive. Definitely this has not been supported by the present
study.
139
Table 4.15: Average publication output By Rank 2004-2008
2004
Mean %
2005
Mean %
2006
Mean %
2007
Mean %
2008
Mean %
Total
Mean %
Graduate
Assistants
0.05 2.2 0.10 2.7 0.14 3.5 0.14 3.2 0.33 6.7 0.76 4.0
Tutorial
Fellows
0.2 8.6 0.2 5.4 0.35 8.8 0.45 10.3 0.55 11.2 1.75 9.1
Assistant
Lecturers
0.87 37.5 0.19 5.2 0.30 7.5 0.53 12.2 0.62 12.6 2.51 13.0
Lecturers 0.29 12.5 0.45 12.3 0.53 13.3 0.58 13.3 0.64 13.1 2.49 12.9
Senior
Lecturers
0.33 14.2 0.79 21.5 0.79 19.8 0.77 17.7 0.83 16.9 3.51 18.2
Associate
Professors
0.47 20.3 0.94 25.6 0.88 22.1 0.88 20.2 0.94 19.1 4.11 21.4
Professors 0.11 4.7 1.0 27.2 1.0 25.9 1.0 33.0 1.0 20.4 4.11 21.4
TOTAL 2.32 100 3.67 100 3.99 100 4.35 100 4.91 100 19.24 100
National Average = 2.75
Table 4.15 presents data on the average publication output among various ranks
held by the academic staff in Kenyan Universities between 2004-2008. This productivity
index was calculated by dividing the total published data per year by the total number of
academic staff in the sample. From this information, it is clear that the publication output
increases with the rank held by the academic staff. For example the graduate assistants
140
had 0.76 as their total mean for the 5 year period while the professors had 4.11 as their
total mean for the same period. This may be due to the exposure of older academic staff
to research funding opportunities, experience and professional networks in research.
There is an obvious decline of publication output from the higher cadres of professorship
to the lower cadres. Bailey (1992) found that rank is a significant predictor of research
productivity. Dundar and Lewis (1998) found that departments with higher ranked faculty
had higher research productivity.
Vasil (1992) reported that rank was a significant predictor of research
productivity. This gives the same explanation for the current study. Some argue that the
professors have low teaching load and can therefore manage to have plenty of time to
publish. Others argue that they are mainly in the administrative positions and that they
can manage to maneuver research funds to their research teams. According to Finkelstein
(1984), academic rank is a significant predictor to publication success because the
academic lecturers in higher ranks generally have more control over their workload
assignment, allowing faculty of higher rank to produce more research than those of a
lower rank. Fulton and Trow (1974) found that 29 percent of full professors, 20 percent
of associate professors, 13 percent of assistant professors, and 2 percent the instructors
have published five or more articles in a two-year period.
141
Table 4.16: Average publication output by Age group 2004-2008
2004
Mean %
2005
Mean %
2006
Mean %
2007
Mean %
2008
Mean %
Total
Mean %
20 – 29 0.07 3.3 0.1 4.0 0.17 6.5 0.2 6.8 0.33 10.2 0.87 6.7
30 – 39 0.16 7.5 0.27 10.9 0.4 15.3 0.51 17.5 0.68 21.1 2.02 14.7
40 – 49 0.41 19.2 0.53 21.4 0.58 22.1 0.62 21.2 0.65 20.2 2.79 20.4
50 – 59 0.63 29.6 0.72 29.0 0.76 29.0 0.80 27.4 0.77 23.9 3.68 26.9
60 – 69 0.86 40.4 0.86 34.7 0.71 27.1 0.79 27.1 0.79 24.5 4.01 29.3
TOTAL 2.13 100 2.48 100 2.62 100 2.92 100 3.22 100 13.7 100
National Average = 2.74
Table 4.16 above illustrates that older age groups generate more publications than
younger age groups. From this Table it is clear those persons who are 50 years and above
(about 25% of the academics) account for more than a half of the average publications for
the entire five year period. Again this shows that older academics in Kenya are producing
more than younger academics. The life-cycle model (Diamond, 1986) predicts that
faculty research productivity will decline as an individual’s academic experience
increases. Unfortunately this study was not able to sample those lecturers’ above 70 year
142
maybe this could have given us an insight into this life cycle model. Age has been
included in several studies with conflicting results.
Bland and Berquist (1997) observed that the average productivity of faculty
seemed to drop with age, however, many senior faculty members remained quite active in
research activities and their products were comparable to those of younger faculty
members. They also reported that there was no significant evidence that age determined a
drop in productivity, but increased workloads and shifting emphasis was to blame.
Gorman and Scruggs (1984) reported that age was related to research productivity.
Blackburn et al. (1991) stated that the relationship between age and research productivity
had been addressed in many studies and that little if any, and sometimes contradictory,
correlations were found.
Table 4.17: Average publication output By University Type 2004-2008
2004
Mean %
2005
Mean %
2006
Mean %
2007
Mean %
2008
Mean %
Total
Mean %
Public 0.47 75.8 0.56 68.3 0.63 68.5 0.67 65.0 0.74 60.7 3.07 66.6
Private 0.15 24.2 0.26 31.7 0.29 31.5 0.36 35.0 0.48 39.3 1.54 33.4
TOTAL 0.62 100 0.82 100 0.92 100 1.03 100 1.22 100 4.61 100
National Average = 2.31
Table 4.17 is an indication that the private universities are lagging behind in terms
of publications output than their counterparts, the public universities. An encouraging
feature here is the steady progress of the increase in the productivity index between 2004-
143
2008. Though this table (Table 4.17) shows that private universities published fewer
papers than their counterparts, the public universities, between 2004 – 2008, this
difference is not statistically significant (0.55) at the 95 percent level as can be seen in
Table 4.19. However, there are many reasons that can account for the fewer number of
papers published by the private universities in Kenya in the said period. This may be
partly due to the fact that most of them were awarded charters more recently. These
universities also have comparatively more newly recruited academic staff than the public
universities. This can also be attributed to the higher number of graduate students in older
universities than in the newer universities.
The public universities have also benefitted a lot from central governments for a
long time. This dependence on government enabled them to invest in infrastructure that is
serving them well to date. Again, being the oldest universities in the country, all donor
funding projects were targeted at them. They have continued to enjoy this good will and
they have built on it. The facilities they built have been converted for use during this
season of module II. In the process they prove to have a niche over the others who did not
have this opportunity. Ho (1998) conducted a study on measurement of research output
among the three faculties of business, education, humanities and social sciences in six
Hong Kong universities. In order to have a fair comparison of publication outputs of each
academic, rank, faculty and university, a framework was developed from practical
experience and from literature to investigate the problem. Results indicated that the
publication outputs of academics in Hong Kong were about the same as other countries in
many aspects. Here, average publication output ranged from 7.0, 7.3 and 8.9 for faculties
of business, social sciences and education respectively.
144
The recommendation from this study, therefore, was that Hong Kong academics
should not be motivated to do more research. According to Ho (1998), more motivation
could just increase initial output but decline in the long run. On the other hand, Milgrom
et al (2008) found out the research productivity of members of international dental
association to be 4.9. These two scenarios presented indicates that the universities in
Kenya have to work extra hard to redeem themselves from this underperformance.
Table 4.18: Average publication output by highest degree obtained 2004-2008
2004
Mean %
2005
Mean %
2006
Mean %
2007
Mean %
2008
Mean %
Total
Mean %
Masters 0.15 45.5 0.26 23.6 0.36 29.8 0.48 36.1 0.56 38.9 1.81 33.5
PhD 0.18 54.5 0.84 76.4 0.85 70.2 0.85 63.1 0.88 61.1 3.6 66.5
TOTAL 0.33 100 1.1 10 1.21 100 1.33 100 1.44 100 5.41 100
National Average = 2.71
Table 4.18 presents data on the publications output by the highest degree
obtained. It is clear that the PhD holders are producing more research publications than
the Masters Degree holders. This is a confirmation on the publication output by age and
rank held in the university. This is a challenge for universities in the country to increase
the number of PhDs in their universities if they are to realize higher publication outputs.
145
4.3.2 Test of Hypotheses
The purpose of this section is to test the results discussed above. The One way
ANOVA has been employed in this exercise to test the results presented above.
The Ho was tested at 0.05 level of significance.
Decision rule: When the P Value is less than or equal to .05, the null hypothesis is
rejected meaning there is significant difference between the variables under study. If,
however, the P Value is greater than .05 level of significance, the null hypothesis is not
rejected meaning that there is no significant difference between the variables being
tested.
Ho1 There is no significant difference between the means for academic staffs’ type of
university and research productivity.
Ha1 There is significant difference between the means for academic staffs’ type of
university and research productivity.
Table 4.19: One way ANOVA test of difference in the mean score of academic staff‘s
type of university and research productivity.
ANOVA SUMMARY TABLE
Source of variation SS DF MS F Sig.
Type of university Between
Groups9.34 36 .259 1.47 .055
Within Groups 30.9 175 .177
Total 40.2 211
146
In the One way ANOVA Table above, the P-value for type of university is 0.055. This is
greater than 0.05 level of significance.
Decision: The null hypothesis is not rejected.
Conclusion: Thus there is no significant difference between the means for academic
staffs’ type of university and research productivity.
There were two types of universities in this study, the private universities
and the public universities. The results obtained here indicate that there is no significant
difference in terms of research productivity by the academic staff from whichever type of
university. This is very positive to the private universities in Kenya in the sense that most
of them are new and have entered the arena to compete with the public universities. The
public universities have been around for long and have many advantages associated with
that. These advantages range from the large number of qualified senior staff, long term
association with the state for funding and other resources, and well established
infrastructure.
Ho2 There is no significant difference between the means for academic staffs’ age groups
and research productivity.
Ha2 There is significant difference between the means for academic staffs’ age groups
and research productivity.
147
Table 4.20: One way ANOVA test of difference in the mean score of academic staff‘s
age group and research productivity.
ANOVA SUMMARY TABLE
Source of variation SS DF MS F Sig.
Age group Between
Groups68.1 36 1.89 2.34 .000
Within Groups 141.4 175 .808
Total 209.5 211
Conclusion: Thus there is significant difference between the means for academic staffs’
age groups and research productivity.
This is indeed confirmed from the available data. The older age groups are
producing more than the younger age groups. This is indeed true for most of the
organization. One key factor that comes to play here is the issue of experience. The more
the years spent in performing a particular task, the skills of doing the same work are
sharpened and improved. For this case, the university senior lecturers, associate
professors and above are no doubt producing more in terms of research publications than
the younger age groups.
Ho3 There is no significant difference between the means for academic staffs’ gender and
research productivity.
Ha3 There is significant difference between the means for academic staffs’ gender and
research productivity.
Table 4.21: One way ANOVA test of difference in the mean score of academic staff‘s
gender and research productivity.
148
ANOVA SUMMARY TABLE
Source of variation SS DF MS F Sig.
Sex Between
Groups6.29 36 .175 .843 .722
Within Groups 36.3 175 .207
Total 42.6 211
In the One way ANOVA Table above, the P-value for type of university is 0.722.
This is greater than 0.05 level of significance.
Decision: The null hypothesis is not rejected.
Conclusion: Thus there is no significant difference between the means for academic
staffs’ gender and research productivity.
Basically this result indicates that the research output of both males and females
in the university setup in Kenya is the same. This is a small confirmation that given the
chance and opportunity, the female academic staff in Kenya is able to compete favorably
with their male counterparts, if not better. This can be a reason to promote them to
administrative positions in the universities to fulfill the 30% requirement for women in
leadership positions in the universities as advised by Kenya Government (GOK, 2005).
Ho4 There is no significant difference between the means for academic staffs’ academic
rank and research productivity.
Ha4 There is significant difference between the means for academic staffs’ academic rank
and research productivity.
149
Table 4.22: One way ANOVA test of difference in the mean score of academic staff‘s
rank and research productivity.
150
ANOVA SUMMARY TABLE
Source of variation SS DF MS F Sig.
Rank Between
Groups138.1 36 3.84 2.85 .000
Within Groups 235.6 175 1.35
Total 373.7 211
In the One way ANOVA Table 4.22, the P-value for type of university is 0.000. This is
lower than 0.05 level of significance.
Decision: The null hypothesis is rejected.
Conclusion: There is significant difference between the means for academic staffs’
academic rank and research productivity.
This is a confirmation of the earlier analysis of the academic staff in terms of age
groups. This result indicates that the higher the rank, the higher the research productivity
in the University set up in Kenya. This is quite true in that the senior lecturers and the
professors fall in this category. For all obvious reasons, the senior members of the
academic staff will tend to produce more than the junior members of the academic staff.
This does not apply to Kenyan universities only; it is the same in most universities in the
world. (Ho, 1998) confirmed this when he studied the research output of academic staff
in Hong Kong, he found out the senior members of the academic staff were writing more
than the junior members of staff. The senior members of staff may also be involved in
research in their universities due to their ability to draw funding for research. Most
funding organizations prefer to deal with persons who have wide experience in research.
Again, these are the people in university leadership positions, they have added
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advantages in securing internal resources meant for research. In most universities they
utilize the graduate students in writing joint books, journals, and even conference papers.
Many studies illustrate a correlation between academic rank and a scientist’s
productivity. In a study sample of American academics, Blackburn and Al [1978] show
that full professors publish at a higher average rate than associate professors and research
staff. Dickson [1983] and Kyvik [1990] have illustrated the same effect of professional
role on scientific productivity in their respective studies of Canadian and Norwegian
universities. Academic rank was studied by Bailey (1992), Dundar and Lewis (1998),
Gottlieb et al. (1994), Teodorescu (2000) and Vasil (1992). Each found rank to be a
significant predictor of research productivity. Several studies have found seniority of
academic rank to be correlated with research performance.
Ho5 There is no significant difference between the means for academic staffs’ highest
degree obtained and research productivity.
Ha5 There is significant difference between the means for academic staffs’ highest degree
obtained and research productivity.
Table 4.23: One way ANOVA test of difference in the mean score of academic staff‘s
highest degree obtained and research productivity.
ANOVA SUMMARY TABLE
Source of variation SS DF MS F Sig.
Highest degree Between
Groups
22.8 36 .634 2.414 .000
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Within Groups 45.9 175 .263
Total 68.8 211
In the One way ANOVA Table above, the P-value for type of university is 0.000. This is
lower than 0.05 level of significance.
Decision: The null hypothesis is rejected.
Conclusion: There is significant difference between the means for academic staffs’
highest degree obtained and research productivity.
It goes without saying that the higher the academic qualifications of one, the
higher the research output. In this case, the highest academic qualifications are the doctor
of philosophy. From the data available in this study, this group’s output is comparably
higher than that of the masters degree holders. The PhD holders are no doubt the leaders
in publishing in Universities due to their long experience in the field of research.
Ho6 There is no significant difference between the means for academic staffs’ years since
last highest degree was obtained and research productivity.
Ha6 There is significant difference between the means for academic staffs’ years since last
highest degree was obtained and research productivity.
Table 4.24: One way ANOVA test of difference in the mean score of academic staff
‘s years since last highest degree was obtained and research productivity.
ANOVA SUMMARY TABLE
153
Source of variation SS DF MS F Sig.
Years since last highest
degree obtained
Between
Groups67.1 36 1.86 1.40 .079
In the One way ANOVA Table above, the P-value for type of university is 0.079. This is
greater than 0.05 level of significance.
Decision: The null hypothesis is not rejected.
Conclusion: Thus there is no significant difference between the means for academic
staffs’ years since last highest degree was obtained and research productivity.
Here, the period since last highest degree was obtained does not seem to matter much in
terms of research output from the universities in Kenya.
Ho7 There is no significant difference between the means for academic staffs’ university
and research productivity.
Ha7 There is significant difference between the means for academic staffs’ university and
research productivity.
Table 4.25: One way ANOVA test of difference in the mean score of academic staff‘s
university and research productivity
154
ANOVA SUMMARY TABLE
Source of variation SS DF MS F Sig.
Lecturer’s university Between
Groups560.1 36 15.6 1.18 .244
Within Groups 2314.8 175 13.2
Total 2874.9 211
In the One way ANOVA Table above, the P-value for type of university is 0.244. This is
greater than 0.05 level of significance.
Decision: The null hypothesis is not rejected.
Conclusion: Thus there is significant difference between the means for academic staffs’
university and research productivity.
In this study it was found out that some academic staff from particular individual
universities was doing better in terms of research productivity than others. There are
many reasons associated to this. Some of the universities are quite new and have just
begun. Some are old public universities that have enjoyed the resources from the state for
far too long. These differences in the university setups will definitely reflect in the
manner o research output that they produce. There might be efforts placed by individual
universities to promote research and many more reasons can account for these
differentials in terms of research output.
Gibbs and Locke (1989) insisted that research productivity was the most
important criterion for making promotion and tenure decisions after surveying 59 chairs
and committees in 93 universities. This increase in emphasis on research and decrease in
importance of teaching and service has been recognized by faculty members since the
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1980s (Cargile & Bublitz 1986; Schultz, Mead & Hamana, 1989). It is therefore clear
why staff in traditional universities, where research has always featured more
significantly in promotion and development of status, is expected to maintain and
possibly increase research output. It should be clear, though, that a balance needs to be
struck between these noble duties of the university, teaching, research and service
4.4 Lecturers’ views on individual and Institutional factors influencing research
productivity
In this section, the views of universities academic staff have been explored in line
with the research question on factors that promote or hinder research output among
Kenya university academic staff.
4.4.1 Lecturers views on individual factors influencing research productivity
Table 4.26: Individual Factors influencing research productivity
Large Extent Some
Extent
Little
Extent
No Extent
f % f % f % f %
1 By self motivation 175 63.2 49 17.7 28 10.1 22 7.9
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2 Socialization with colleagues 49 17.7 125 45.1 55 19.9 45 16.2
3 Research content knowledge 124 44.8 82 29.6 37 13.4 28 10.1
4 Research skills gained 136 49.1 77 27.8 34 12.3 24 8.7
5 Job satisfaction 97 35.0 77 27.8 58 20.9 39 14.1
6 Simultaneous research projects 42 15.2 100 36.1 78 28.2 45 16.2
7 Parenting responsibilities 48 17.3 77 27.8 72 26.0 75 27.1
8 Early orientation to research
work
106 38.3 86 31.0 52 18.8 26 9.4
9 Personal work discipline 154 55.6 65 23.5 32 11.6 23 8.3
From the Table 4.26 above the frequency distribution for each participant per item
was calculated in an SPSS for Windows version 15. The information obtained can be
summarized as follows; self motivation (63.2%) Personal work discipline (55.6%)
Research skills gained (49.1%) Research content knowledge (44.8%) and early
orientation to research work (38.3%) received a rating of large extent. This means that
these are the individual factors that influence research productivity to a large extent. This
is in agreement with the findings of the Principal Component Analysis that shall be
discussed later in this study. These findings indicate that even within the individual factor
influencing research productivity, there are key factors that are making a big contribution
than the rest. In this case, self motivation is seen as a key mover in the individual factors
category. This is closely followed by personal work discipline. This basically means that
the decision to publish or not to publish lies with individual academic staff. If he is
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motivated and disciplined and focused in that direction, then he will achieve his objective
of publishing.
4.4.2 Lecturers views on Institutional factors influencing research productivity
Table 4.27: Institutional Factors Influencing Research Productivity
Large Extent Some Extent Little Extent No Extent
f % f % f % f %
1. Resources available for research 183 66.1 49 17.7 23 8.3 21 7.6
2. Rewards for research output 117 42.2 83 30.0 51 18.4 24 8.7
3. Good salary 80 28.9 78 28.2 71 25.6 43 15.5
4. Sufficient work time 126 45.5 87 31.4 34 12.3 26 9.4
5. Clear research coordination goals 92 33.2 108 39.0 44 15.9 24 8.7
6. Mentorship among colleagues 78 28.2 114 41.2 51 18.4 26 9.4
7. Communication with professional networks 93 33.6 119 43.0 42 15.2 20 7.2
8. Library facilities 132 47.7 74 26.7 41 14.8 25 9.0
9. Size of the university 34 12.3 74 26.7 74 26.7 88 31.8
10. Recruitment and selection of academic staff 38 13.7 79 28.5 79 28.5 76 27.4
11. Positive group climate 69 24.9 109 39.4 58 20.9 37 13.4
12. Research emphasis by university 112 40.4 78 28.2 52 18.8 28 10.1
13. Access to relevant journals 125 45.1 88 31.8 36 13.0 26 9.4
14. teaching load 147 53.1 65 23.5 20 7.2 32 11.6
15. Availability of technology e.g. internet and computers 149 53.8 71 25.6 26 9.4 22 7.9
16. Equipment for research 158 57.0 65 23.5 24 8.7 22 7.9
17. Number of graduates students supervised 68 24.5 86 31.0 60 21.7 51 18.4
Table 4.27 clearly indicates that particular institutional factors have a direct
influence on research productivity of academic staff in Kenya. These factors are assumed
to be provided by the respective institutions where the academic staff work. Topping the
list is resources for research (66.1%), equipment for research (57%), availability of
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technology equipment (53.8%), large teaching load (53.1%) and rewards for research
(42.2%). Contrary to general opinion, good salary, size of the university, recruitment and
selection of academic staff have not been rated highly. These findings are in agreement
with the Principal Component Analysis to be discussed later in this study. Several studies
have reported the relationship between research productivity and salary (Jacobsen, 1992;
Pfeffer & Langton, 1993; Tornquist and Kallsen, 1992). Since salary often reflects
research productivity levels, this was expected. Paying attractive salaries in return for
performance may serve as an incentive for higher productivity from faculty members.
Higher salaries may also attract productive faculty while at the same time minimizing the
possibility of losing active faculty to other institutions (Pfeffer & Langton, 1993). Closer
home, the University of Transkei in South Africa tried this and they succeeded. The
number of publications shot up since early 1990s and the tempo has remained
(Mwamwenda, 1994).
4.4.3 Heads of Departments’ views on Individual factors influencing research
productivity
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Table 4.28: Individual factors Influencing research productivity as perceived by
Heads of Departments
Large Extent Some Extent Little Extent No Extent
f % f % f % f %
1 Self motivation 9 52.9 5 29.4 No
data
No
data
2 11.8
2 Socialization with colleagues 4 23.5 3 17.6 6 35.3 3 17.6
3 Research content knowledge 8 47.1 4 23.5 No
data
No
data
3 17.6
4 Research skills gained 10 58.8 2 11.8 3 17.6 1 5.9
5 Job satisfaction 6 35.3 6 35.3 2 11.8 2 11.8
6 Simultaneous research projects 4 23.5 5 29.4 4 23.5 3 17.6
7 Parenting responsibilities 2 11.8 4 23.5 6 35.3 2 11.8
8 Early orientation to research work 6 35.3 3 17.6 3 17.6 3 17.6
9 Personal work discipline 6 35.3 6 35.3 3 17.6 1 5.9
4.4.4 Heads of Departments’ views on Institutional factors influencing research
productivity
Table 4.29: Heads of Departments attitudes on institutional factors affecting
academic staff research productivity
Large Extent Some Extent Little Extent No Extent
f % f % f % f %
1. Resources available for research 12 70.6 3 17.6 1 5.9 1 5.9
2. Rewards for research output 11 64.7 3 17.6 3 17.6
3. Good salary 5 29.4 4 23.5 4 23.5 3 17.6
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4. Sufficient work time 12 70.6 1 5.9 2 11.8 2 11.8
5. Clear research coordination goals 8 47.1 6 35.3 1 5.9 2 11.8
6. Mentorship among colleagues 4 23.5 4 23.5 9 52.9
7. Communication with professional networks 4 23.5 5 29.4 7 41.2 1 5.9
8. Library facilities 10 58.8 1 5.9 2 17.6 3 17.6
9. Size of the university 2 11.8 7 41.2 8 47.1
10. Recruitment and selection of academic staff 5 29.4 6 35.3 3 17.6 2 11.8
11. Positive group climate 1 5.9 10 58.8 4 23.5 2 11.8
12. Extent to which research productivity is affected
by research emphasis by university
9 52.9 2 11.8 3 17.6 3 17.6
13. Access to relevant journals 1 5.9 9 52.9 5 29.4 2 11.8
14. Teaching load 11 64.7 5 29.4 1 5.9
15. Availability of technology e.g. Internet and
computers
6 35.3 7 41.2 1 509 3 17.6
16. Extent to which research productivity is affected
by equipment for research
10 58.8 2 11.8 3 17.6 1 5.9
17. Number of graduates students supervised 6 35.3 5 29.4 1 5.9 4 23.5
The heads of departments postulate that resources available for research (70.6%),
sufficient work time (70.6%), rewards for research output (64.7%), teaching load
(64.7%), library facilities (58.8%) and equipment for research (58.8%) play a critical role
as institutional factors influencing research productivity. This is very clear that without
the requisite resources, no meaningful research output will be realized in any institution.
The point that these HODs are making is that lack of financial support will lead to poor
performance in terms of research output and that the more the resources for research the
better for an institution to carry out research mandate. This researcher’s long association
with the university system in Kenya, both public and private university setups has
161
experienced situations where many theses, of complete researches have been lying in
shelves without being published. This is testimony that in most cases, financial resources
are a small component for publishing to take place. However, it can also be argued that
financial resources are needed to run a journal or to print books for that matter.
However, it is interesting to note that the heads of departments concur with
lecturers that a good salary will not influence research productivity.
4.4.5 Principal Component Analysis
This part of the study also used Principal Component Analysis (PCA) to make an
analysis of the factors that influence research productivity. PCA is one type of factor
analysis. Factor analysis attempts to identify underlying variables or factors that explain
the pattern of correlations within a set of observed variables. It is mainly used in data
reduction to identify a small number of factors that explain most of the variance observed
in a much larger number of manifest variables. (Obure, 2002; child, 2006) in this way the
most important variable accounting for the variability in a set of data can be identified.
This method has been used by various studies focusing on research productivity in
the recent past. Babu (1998) designed an investigation with the sole purpose of
establishing factors which determine the productivity of scientists in India. Nearly 200
variables influencing research productivity were collected, 26 variables were selected for
further analysis and they were subjected to principal component factor analysis. The
results indicated eleven factors affecting research productivity of scientists. Brocato
(2005) carried out a study to determine the research productivity of faculty in family
medicine departments at U.S. medical schools, as well as the individual and
162
environmental characteristics and prior socializing experiences predictive of research
productivity. Cepero (2007) undertook a study in the USA to expand knowledge about
faculty productivity and the institutional and individual factors that may contribute to
increased levels of faculty scholarly productivity.
This study found Principal Component Analysis to be the best statistic to reduce
the variables in this study and obtain variables that contribute a higher variation to the
dependent variable.
4.4.5.1 Selecting the Variables for PCA
The literature review done for this study initially extracted 33 variables that have
been found to influence research productivity. This has been discussed in Chapter 2 of
this study. These factors were broadly classified into institutional and individual factors.
After several iterations (repetitions of analysis based on the criteria guiding the PCA)
fourteen (14) variables were extracted. These variables were found to have high factor
loadings and therefore contributed more variation to the dependent variable. These
variables were divided into three categories namely institutional, individual and personal
career development factors. These 14 variables are;
1. Age of the academic staff
2. Academic rank
3. Highest degree obtained
4. Years since last highest degree
5. Self motivation
6. Research content knowledge
7. Research skills gained
8. Early orientation to research work
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9. Personal work discipline
10. Resources for research
11. Rewards
12. Teaching load
13. Availability of technology
14. Availability of equipment for research.
Table 4.30: Rotated Component Matrix (a)
Component
1 2 3
Age group of respondent -.014 .072 .850
Position held in the University -.035 .033 .895
Highest degree obtained .016 -.043 .808
Years since you obtained last highest degree .055 -.013 .771
Extent to which research productivity is
affected by self motivation.807 .133 .054
Extent to which research productivity is
affected by research content knowledge.858 .096 .005
Extent to which research productivity is
affected by research skills gained.830 .163 .053
164
Extent to which research productivity is
affected by early orientation to research work.655 .109 .005
Extent to which research productivity is
affected by personal work discipline.720 .181 -.078
Extent to which research productivity is
affected by resources available for research.141 .766 .141
Extent to which research productivity is
affected by rewards for research output.097 .683 .025
Extent to which research productivity is
affected by teaching load.089 .722 -.156
Extent to which research productivity is
affected by availability of technology e.g.
internet and computers
.229 .744 .031
Extent to which research productivity is
affected by equipment for research.129 .803 .013
Extraction Method: Principal Component Analysis.
Rotation Method: Varimax with Kaiser Normalization.
A Rotation converged in 4 iterations.
The factor loadings of the variables of the three components are presented on
Table 4.30. This table shows the factor loadings of each variable. Those variables that
have the highest weights are the most important variables accounting for highest
variations in the Principal components. For example, research content knowledge
accounts for a high variation to the first Principal component. This is followed by
research skills gained then the rest in that order. For principal component two, highest
variations are accounted for by equipments for research, availability of technology in that
165
order. In the last principal component, highest variation is provided by position held in
the university, age group and highest degree obtained.
The highest variations in this set are the academic position held in the university
or the rank of the academic staff. These ranks are graduate assistants, lecturers, senior
lecturers, professors and such. The result presented here basically confirms that the rank
of the academic staff contributes highest to research productivity.
Table 4.31: Correlation Matrix and Rotation
Extraction Sums of Squared Loadings
Components Total % of Variance Cumulative %
1 4.061 29.0 29.0
2 2.818 20.1 49.1
3 1.964 14.0 63.2
A further assistance was given in the interpretation of the three components, this
involved performance of several rotations. The three components explained a total of
63.2% of the variance in the data with the first, second and third components contributing
29%, 20% and 14% respectively. The factor loadings of the variables of the three
components are presented on Table 4.30.
The eigenvalues extracted were 4.06, 2.82 and 1.96 for components 1, 2 and 3
respectively. These values were above the acceptable eigenvalue of 1. This is a clear
indication that the data were sufficient for this analysis. It is these values that were used
to construct the scree plot.
Table 4.32: KMO and Bartlett's Test
166
Kaiser-Meyer-Olkin Measure of Sampling Adequacy. .770
Bartlett's Test of Sphericity Approx. Chi-Square 1506.680
df 91
Sig. .000
The Kaiser-Mayer-Olkin (KMO) measure of sample adequacy is .770 indicating
that the data matrix has sufficient correlation to justify principal component analysis.
Furthermore the Bartlett’s test of sphericity produced a high value and statistically
significant which also meant that the data matrix was sufficient for PCA.
Figure 4.3: Scree plot for principal component analysis
167
Component Number1413121110987654321
Eig
enva
lue
5
4
3
2
1
0
Scree Plot
On the other hand the scree plot indicated a clear break after the fourth component. This
confirmed the existence of the three components extracted (Figure 4.3).
4.4.5.2 Further Interpretation of the PCA
A total of 33 variables were used to extract the three components that affected
research productivity in this study. After several removals of variables that did not meet
the requirements, 12 variables were finally selected and used to extract three components
that reflect various diversity of research productivity. They formed the basis to judge the
factors influencing research productivity among academic staff in Kenya.
168
The first component can be interpreted as personal career development factors
that have contributed much in this component number one. This is in agreement with a
study presented by Blackburn and Lawrence (1995). This component explained the
highest variance of 29% in the data. The second component, contributing 20%, can be
interpreted as institutional factors.
Third factor, contributing 14% can be interpreted as demographic or experience of
the individual researcher to publish. Component one and three are closely related in this
analysis. This may mean that it is the individual’s self determination, commitment,
motivation, and stamina that do count in establishing whether an individual researcher is
able to publish or not. The institutional component, explained 20% of the variance in the
data involves all those resources, equipment or rewards that are supposed to be supplied
by respective institutions.
Ramsden (2005) argues that factors associated with high research performance in
the study that he carried out, indicated that the strongest personal (i.e., individual)
correlates were early interest in research, involvement in research activity, and seniority
of academic rank. All these indicate that it was the individual factors that were coming
out strongly to influence research productivity. This is in agreement with the findings of
this study. Williams (2003) investigated the factors related to research productivity of
human resource education and workforce development in the postsecondary faculty, and
as a result classified related factors into three categories: environmental factors,
institutional factors and individual interest and ability factors. This has also been
reflected in this study.
169
A study by Suwanwala (1991) investigated attitudes of research productivity of
academic lecturers in Chulalongkorn University, the most famous institution in Thailand,
and found that many lecturers did not realize the importance of conducting research, and
many of them lacked the knowledge, skills, experience and resources to do research. This
is basically a confirmation of the findings of this study. This study is quite clear that the
extent of research mastery is a problem that needs to be solved first and foremost. This
combines both lack of research skills and research content.
Extent to which research productivity is affected by availability of technology e.g.
internet and computers was one of the components raised in the PCA table above. It
attracted a factor weighting of 0.744, this was quite significant in such a study. Internet is
the new vehicle for access and delivery f information. Just like a vehicle, it is so useful to
the person who knows how to use it. Wagner et al (1994) estimated that only 10% of
academics at institutions with access to the Internet actually used it. He suggested that
30% of the users only used it for e-mail. Possible reasons for this lack of use were
unawareness of available information sources on the Net and the lack of skills in locating
the information needed.
Adams and Bonk (1995) attributed barriers to use amongst academics to the lack
of time, and lack of training on how to use. As observed by Lazinger,Barllan and Peritz
(1997), most of the studies on Internet use by academics only focused on the users,
leaving the reasons for non-use unexplored. Lazinger,Barllan and Peritz reported about
80.3% (371 out of 462) of academic staff members from the University of Jerusalem
were Internet users. Similarly, White (1995) found that between 72% and 73% of the
academics sampled consulted the Internet for their information needs. Other reported
170
scholars have mixed response of the effect on the use of the Internet. This was an
expected result in the early years of electronic networks when the interface was not so
user- friendly.
Cohen (1996) indicated that academic staff’s main use of CMC (Computer
mediated communications) is for the e-mail facilities to and from other faculties, both on-
and off-campus. Other usages of the Internet include FTP (File transfer protocol), Telnet
and Gopher. The study also found low use of the electronic journals. In the United States,
McClure, et al. (1996) reported on the impact of networking on the academic institution.
Abel, Liebscher and Denman (1996) reported on academic scientists and engineers’ use
of electronic networks mainly for e-mails, electronic discussion groups, access to
databases, running programs and file transfer.
Lazinger, Barllan and Peritz found that 362 outof 371 respondents used the
Internet for e-mail and most e-mail correspondences were research related. White (1995)
found that the younger academic staff tended to use the Internet more than those older. A
reason for this may be that, the former group participated in electronic discussion groups
and were less dominated by those higher in status. Cohen (1996) investigated the use of
computer networks by 888 academic staff, and found higher use of the computer
networks by younger academics. Applebee, Clayton and Pascoe (1997), however, did not
find age a significant factor in the use of the Internet and proposed that’ older’ academics
have ‘caught on’ the use of computers in their work. The effect of age on computer use
therefore is inconclusive, especially in the current situations where all academics
regardless of age are dependent on the computers for their teaching, research and
administrative work. The effect of gender on computer use has also been investigated.
171
A study by Ruthand Gouet (1993) found greater number of female academics
using the computer networks. White (1995) discovered that female academic staff makes
significantly higher use of the Internet than their male counterparts. In contrast,
Applebee, Clayton and Pascoe (1997) found a higher number of male academics from the
University of Canberra used the e-mail than the women. Cohen’s study (1996) also
indicated a greater proportion of females using the network than males.
Most of these studies are confirming that most lecturers at the university level do
not have the capacity to use the internet for research work. However, most of these
studies were done in the 90s when the usage of the internet was not wide spread. Efforts
may be needed to train the university academic staff on the more ways in which the
internet can be more useful for academic work than the emails use only.
4.5 Attitudes of academic staff on Research and Publications in their institutions
The lecturers’ attitudes were measured on a five point Likert scale where strongly
Agree = 5, Agree = 4 Undecided = 3, Disagree =2 strongly Disagree = 1. The scale was
reversed in cases where the question was negatively constructed. The total score of
frequencies for all responses from all respondents was calculated. This was used to
calculate the mean attitude score. It is this mean attitude score that was used by SPSS
Version 15 to run the one way ANOVA against the demographic variables identified.
4.5.1 Lecturers total attitude scores on research and publications.
Table 4.34 displays the total frequency distribution of the lecturers’ scores on
their attitude towards research and publications. It gives a general picture on their
attitude towards the listed statements. From this information it can be seen that most of
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the lecturers fall in the category of undecided. Therefore, the analyses that follow will
give a true picture of the lecturers’ attitudes towards research and publishing.
The analysis of this part was done in a 2 scale nominal scale that categorized the
attitude scale into two. All the statements that scored more than 50% were categorized in
another group.
Under the strongly disagree, there were several statements. Notable ones were,
publishing is important for any lecturer aspiring to grow professionally 70%; research
and publishing increases the visibility of the university 64.6%. These two statements
clearly indicate some tone of pessimism on the part of the academic staff. It gives a
feeling of despair and hopelessness in regard to research and publishing. On the other
hand, the academic staff are in agreement that academic staff should spend family
resources in research and publishing. This is ironical, the statement made here is that
research is important and therefore family resources can be used to conduct researches,
on the other hand the academic staff are saying that publishing is not important for
anybody striving to grow professionally. Perhaps the message here is that the academic
staff are not seeing a contribution of publishing as a criteria for professional promotion.
They are saying that publishing is crucial but it should not be used as a criterion for
promotion. Some academic staff in this study had indeed indicated that research and
publishing alone should not be used as a yard stick for promotion. Some argument was
that senior university academic staff should also be promoted on the basis of research and
publishing in the areas of specialization.
Another notable issue here is the case where the academic staff are implying that
money meant for research should be used for academic staff salaries (50.2%). This is
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perhaps the first and only incidence in this study that the academic staff have raised the
issue of salaries. This contradicts their individual suggestions in table 4.49 where the
issue of salaries was raised by a paltry 4.0%. Perhaps this is because they had captured it
in this section. The Kenya’s UASU has done a good job in agitating for better salaries for
its staff and it is hoped that will translate to better research output.
Table 4.33: Frequency distribution of lecturers’ attitude scores on Research and
Publications in their institutions
Attitude Statements Strongly
Disagree
Disagree Undecided Agree Strongly
Agree
Mean
s
SD
f % f % f % f % f %
1 My department should offer additional
pay for publishing
128 46.2 64 23.1 19 6.9 33 11.9 25 9.0 3.88 1.37
2 Lecturers should be offered less
teaching load for publishing in refereed
journals.
88 31.8 85 30.7 26 9.4 37 13.4 38 13.7 2.46 1.41
3 Universities should offer monetary
rewards as an incentive for publishing
in refereed journals.
118 42.6 77 27.8 15 5.4 35 12.6 29 10.5 2.20 1.38
4 Universities should spend money
meant for research on improving
salaries for lecturers
22 7.9 21 7.6 15 5.4 77 27.8 139 50.2 4.06 1.26
5 Promotions should be based on
publishing alone
20 7.2 26 9.4 14 5.1 123 44.4 88 31.8 3.86 1.19
6 Teaching alone without research is
important
52 18.8 45 16.2 22 7.9 59 21.3 88 31.8 2.68 1.55
7 Lecturers should spend family 5 1.8 7 2.5 19 6.9 90 32.5 152 54.9 4.38 0.87
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resources on research and publishing
8 Research and publishing increases
visibility of a university
179 64.6 57 20.6 10 3.6 14 5.1 15 5.4 1.65 1.13
9 Publishing is important for any lecturer
aspiring to grow professionally
195 70.4 54 19.5 6 2.2 8 2.9 13 4.7 1.51 1.02
10 Universities should be ranked purely on
the basis of their research productivity
57 20.6 73 26.4 17 6.1 82 29.6 44 15.9 2.94 1.43
11 Teaching is more important than
publishing
18 6.5 16 5.8 35 12.6 104 37.5 97 35.0 3.91 1.15
12 I'll rather spend my time as part time
lecturer than on writing articles
10 3.6 25 9.0 23 8.3 109 39.4 108 39.0 4.02 1.08
13 Appointment to senior university
management should be based on
academic writing
52 18.8 89 32.1 29 10.5 64 23.1 41 14.8 2.83 1.37
14 Lecturers who do not publish have no
business teaching in university
50 18.1 52 18.8 40 14.4 74 26.7 61 22.0 3.16 1.43
15 It is advisable for lecturers to spend
personal resources on research and
publishing
91 32.9 43 15.5 30 10.8 61 22.0 49 17.7 3.02 1.43
16 Developing countries need research
more than developed countries
72 26.0 66 23.8 19 6.9 57 20.6 61 22.0 2.89 1.54
n=277
4.5.2 University Academic Staffs’ Mean Attitude Score towards Research and
Publishing
The mean score for each question was worked out. All negatively states items
were reversed so that all the statements became positive. The responses were assigned
scores as follows;
SA – 5
A – 4
U – 3
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D – 2
SD – 1
The minimum total that a respondent could score was 16 assuming that he scored
SD = 1 in all the 16 items). On the other hand, the maximum score was 80 (assuming that
the respondents strongly agreed in all the 16 items in the questionnaire). It is these totals
that were used to calculate the mean scores for each of the following independent
variables.
Table 4.34: Academic Staff gender mean attitude score
Gender n Mean Std. Deviation
Male 169 49.8 9.83
Female 74 49.2 7.75
Total 243 49.6 9.23
From Table 4.34 above, both male and female academic staffs tend to have equal
attitude mean scores towards research and publishing. Both sexes are in agreement
concerning their attitude towards research and publishing. However, these means have to
be tested in order to make conclusions.
4.5.2.1 Hypotheses testing
The Ho was tested at 0.05 level of significance.
Decision rule: When the P Value is less than or equal to .05, the null hypothesis is
rejected meaning there is significant difference between the variables under study. If,
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however, the P Value is greater than .05 level of significance, the null hypothesis is not
rejected meaning that there is no significant difference between the variables being
tested.
Ho8 There is no significant difference between male and female attitudes towards research
and publishing.
Ha8 There is significant difference between male and female attitudes towards research
and publishing.
Table 4.35: ANOVA test of difference in the gender mean attitude scores towards
research and publishing
ANOVA SUMMARY TABLE
Gender
Sum of
Squares df Mean Square F Sig.
Between Groups 22.844 1 22.8 .267 .606
Within Groups 20606.078 241 85.5
Total 20628.922 242
In the One way ANOVA Table above, the P-value for gender is 0.606. This is greater
than the set 0.05 level of significance.
Decision: The null hypothesis is not rejected.
Conclusion: thus there is no significant difference in academic staff’s attitude towards
research and publishing. Therefore both male and female academic staff have almost
same attitude towards research and publishing. This is supported by the actual figures
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produced by these two groups of academic staff in Table 4.14 and the total attitude mean
scores presented in Table 4.34 above. Their output for the 5 year period was about the
same. In the one way ANOVA Table 4.35, the lecturers’ attitudes on research and
publishing when categorized by gender is .606. This is higher than the P Value of .05.
This hypothesis is therefore not rejected. This means that there is no significant
difference in attitudes of university academic staff on research and publishing when
categorized by gender.
In other words, both male and female academic staff has same views on research
and publishing in the universities in Kenya. On the other hand, Bonnett (2004) analyzed
900 research articles in nine major Evolutionary Ecology Journals in order to examine
how gender influences research output. The study found that women and men differed in
areas of research, with women much more likely to conduct projects on behavior rather
than evolution or ecology. Studies on differences between gender and research
productivity has been done by various scholars. These studies have tended to have
contradictory findings. The findings of the present study has made a blanket finding
among Kenyan scholars that there is no significant difference among them when
categorized by gender.
Table 4.36: Academic Staffs’ types of university mean attitude score
Type of university n Mean Std. Deviation
Public university 171 50.3 10.4
Private university 74 48.1 5.58
Total 245 49.7 9.22
From Table 4.37 above, public university academic staffs have a mean attitude
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score which is higher than that of the private universities. This is in agreement with the
age-group category’s attitude towards research and publishing. This can be explained by
the large number of older academic staff teaching in public universities than at the private
universities and the length of time that these institutions have been in operation since
inception. Most public universities are older than most private universities in Kenya. .
Ho9 There is no significant difference between public and private universities academic
staff’s attitude towards research and publishing
Ha9 There is significant difference between public and private universities’ academic
staff attitude towards research and publishing
Table 4.37: ANOVA test of difference in academic staffs’ type of university mean
attitude scores towards research and publishing
ANOVA SUMMARY TABLE
Type of university
Sum of
Squares df Mean Square F Sig.
Between Groups 244.288 1 244.3 2.895 .090
Within Groups 20505.222 243 84.4
Total 20749.510 244
In the One way ANOVA Table above, the P-value for type of university is 0.090. This is
greater than the set 0.05 level of significance.
Decision: The null hypothesis is not rejected.
Conclusion: The null hypothesis indicates that there is no significant difference in
academic staff’s type of university and attitude towards research and publishing. In other
179
words the academic staff from both the public and the private universities has no
differing attitudes towards research and publishing.
This means that there is no significant difference in attitudes of university
academic staff on research and publishing when categorized by the type of university.
Here there were two categories of universities, the public and the private Universities.
This finding therefore indicates that there is no significant difference in terms of research
output of those lecturers from the public or private universities in Kenya. Therefore the
type of university does not influence the amount of research output to be done by the
university academic staff.
Table 4.38: Academic Staffs’ age group mean attitude score
Age group n Mean Std. Deviation
20-29 26 45.7 7.58
30-39 70 47.0 7.52
40-49 90 49.8 7.94
50-59 48 53.5 10.5
60-69 11 58.2 14.9
Total 245 49.7 9.22
From Table 4.38 above, it is clear that the older the age group of a lecturer, the
more attitude score he/she has towards research and publishing. This is a reflection of the
appreciation that one develops as he/she grows old in the profession. This is a common
phenomenon even in other fields where young professionals are not fully satisfied with
their jobs. They keep on searching for better jobs or the so called greener pastures.
The life-cycle model (Diamond, 1986; Hu and Gill, 2000) predicts that faculty
research productivity will decline as an individual’s academic experience increases.
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Sometimes, the estimated regression coefficient of the variable years of academic
employment is negative. One plausible reason for this decline in research productivity in
the developed countries is the decline of extrinsic motivation as a result of attainment of
tenure and promotion and the proximity of retirement (Diamond, 1986). Another factor
may be that senior faculty members tend to have more service and administrative
responsibilities, which may hinder their research productivity. Overall, this cannot be
concluded for the case of Kenya because it was not supported by data. Another possible
reason is that there was no respondent above the 70 year mark.
Ho10 There is no significant difference between age groups’ attitude towards research and
publishing.
Ha10 There is significant difference between age groups’ attitude towards research and
publishing.
Table 4.39: ANOVA test of difference in academic staffs age group mean attitude
scores towards research and publishing
ANOVA SUMMARY TABLE
Age group
Sum of
Squares df Mean Square F Sig.
Between Groups 2414.014 4 603.58 7.899 .000
Within Groups 18335.496 240 76.39
Total 20749.510 244
In the One way ANOVA Table above, the P-value for type of university is 0.000.
This is less than 0.05 level of significance.
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Decision: The null hypothesis is rejected.
Conclusion: Thus there is a significant difference in lecturers’ age group and attitude
towards research and publishing. Thus one age-group has differing attitude towards
research and publishing.
This means that there is a significant difference in academic staff’s attitudes on
research and publishing as categorized by the age group of the respondents. It also means
that each age group has differing opinions on the management of research and publishing
in the universities. This is in agreement with the earlier data where the older age groups
are seen to be more active in research and publishing than the other groups. In a recent
study, Turner and Mairesse (2003) analyzed the impact of research productivity relative
to age, gender and education of French condensed matter physicists. The study found that
there was a quadratic relation between the age of the scientists and the number of
publications, with researchers’ productivity increasing before 50 and then declining after
51. The results of that study, using citations, were not significantly different from those
obtained with publications.
Table 4.40: Academic Staffs’ rank mean attitude score
Rank n Mean Std. Deviation
Graduate Assistant 15 45.7 4.92
Tutorial Fellow 18 49.4 7.72
Assistant lecturer 42 48.8 8.43
Lecturer 102 48.9 8.17
Senior Lecturer 41 51.1 11.3
Associate Professor 14 52.1 13.2
Professor 8 57.1 13.4
Total 240 49.6 9.28
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Ho11 There is no significant difference between academic staff’s rank attitude mean scores
to research and publishing.
Ha11 There is significant difference between in academic staff’s rank attitude mean scores
to research and publishing.
Table 4.41: ANOVA test of difference in academic staffs rank mean attitude scores
towards research and publishing
ANOVA SUMMARY TABLE
Rank
Sum of
Squares df Mean Square F Sig.
Between Groups 940.554 6 156.759 1.860 .089
Within Groups 19633.942 233 84.266
Total 20574.496 239
In the One way ANOVA Table above, the P-value for type of university is 0.089. This is
greater than the set 0.05 level of significance.
Decision: The null hypothesis is not rejected.
Conclusion: thus there is no significant difference in academic staff’s rank and attitude
towards research and publishing.
This hypothesis is therefore not rejected. This means that there is no significant
difference in attitude of academic staff’s attitudes on research and publishing as
categorized by the rank of the respondents. It also means that rank of academic staff has
no differing opinions on the management of research and publishing in the universities.
This is not in agreement with the earlier data where the older age groups are seen to be
more active in research and publishing than the other groups.
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The other section in this study especially section 4.3.2.4 and table 4.22, there is a
clear indication that; rank of academic staff is significant in research productivity.
However, since this was just the attitude of the academic staff, the results indicated here
could just mean what it has measured in attitudes.
Table 4.42: Academic Staffs’ highest degree mean attitude score
Highest degree n Mean Std. Deviation
Bachelors degree 16 46.9 4.63
Masters degree 133 48.7 8.36
PhD 91 51.5 10.8
Total 240 49.6 9.29
From Table 4.42 above, it is evident that Bachelors degree holders teaching at the
university have a lower attitude score towards research and publishing. On the other
hand, the masters and PhD holders have a higher attitude score towards research and
publishing. However, the PhD holders have a higher attitude score than their masters
counterparts. This is a repeat of earlier scenarios where the persons who have served in
the university environment for long, have favourable attitude to research and publishing
than those who have been in the university in a shorter period.
Ho12 There is no significant difference between highest degree obtained and attitude
towards research and publishing.
Ha12 There is significant difference between highest degree obtained and attitude towards
research and publishing.
184
Table 4.43: ANOVA test of difference in academic staffs highest degree mean
attitude scores towards research and publishing
ANOVA SUMMARY TABLE
Highest degree
Sum of
Squares df Mean Square F Sig.
Between Groups 558.867 2 279.434 3.297 .039
Within Groups 20085.128 237 84.747
Total 20643.996 239
In the One way ANOVA Table above, the P-value for type of university is 0.039.
This is less than 0.05 level of significance.
Decision: The null hypothesis is rejected.
Conclusion: Thus there is a significant difference in lecturers’ highest degree obtained
and attitude towards research and publishing. . This means that there is significant
difference in attitudes of university academic staff on research and publishing when
categorized by highest degree obtained. In other words, both PhD and Masters Degree
holders have differing views on research and publishing in the universities in Kenya
185
Table 4.44: Academic Staffs’ years since highest degree was obtained mean attitude
score
Years since last highest
degree n Mean Std. Deviation
<5 Years 113 47.1 7.18
6-10 Years 63 50.5 10.7
11-15 Years 43 52.9 9.01
16-20 Years 12 51.8 9.91
More than 20 Years 8 55.6 12.7
No response 3 51.7 5.86
Total 242 49.6 9.16
Ho13 There is no significant difference between years since highest degree obtained and
attitude towards research and publishing.
Ha13 There is significant difference between years since highest degree obtained and
attitude towards research and publishing.
Table 4.45: ANOVA test of difference in academic staffs’ years since highest degree
was obtained mean attitude scores towards research and publishing
ANOVA SUMMARY TABLE
Years since last
highest degree
Sum of
Squares df Mean Square F Sig.
Between Groups 1608.602 5 321.720 4.083 .001
Within Groups 18596.703 236 78.800
Total 20205.306 241
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In the One way ANOVA Table above, the P-value for type of university is 0.001.
This is less than 0.05 level of significance.
Decision: The null hypothesis is rejected.
Conclusion: Thus there is a significant difference in lecturers’ years since last highest
degree was obtained and attitude towards research and publishing.
Table 4.46: Academic Staffs’ University mean attitude score
Name of university n Mean Std. Deviation
A 34 46.8 6.2
B 67 55.4 11.9
C 19 51.1 9.70
D 12 42.6 11.3
L 3 47.3 6.41
E 11 47.3 3.98
F 8 45.9 5.06
G 26 49.7 5.64
H 26 47.7 6.15
J 22 47.1 5.49
K 17 45.9 5.74
Total 245 49.7 9.22
From Table 4.46 above, it is evident that University B has a higher attitude towards
research and publishing than the other universities in the study. A majority of the
universities had an attitude score less than 50 towards research and publishing.
Ho14 There is no significant difference between universities and attitude towards research
and publishing.
187
Ha14 There is significant difference between universities and attitude towards research
and publishing.
Table 4.47: ANOVA test of difference in academic staffs university mean attitude
scores towards research and publishing
ANOVA SUMMARY TABLE
Name of university
Sum of
Squares df Mean Square F Sig.
Between Groups 3781.416 10 378.142 5.215 .000
Within Groups 16968.095 234 72.513
Total 20749.510 244
In the One way ANOVA Table above, the P-value for type of university is 0.000.
This is less than 0.05 level of significance.
Decision: The null hypothesis is rejected.
Conclusion: Thus there is a significant difference in different universities attitudes
towards research and publishing.
4.6 Lecturers perceived factors hindering research productivity
The data presented below was synthesized from the last section of the lecturers’
questionnaires. This data were collected by an open ended question that sought the
lecturers’ views on the problems and possible solutions facing academic staff in their
pursuit to publish. The qualitative data were grouped and analysed into emerging themes.
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Manual tallying was employed in this section. It is important to note that the qualitative
data in this section supports the quantitative data presented earlier.
This is the only section that has highlighted the issue of individual and
institutional factors that hinder research productivity in this study. The lecturers have
given about 30 issues that they feel are hindrance to research productivity in this country.
The data collected was grouped into three main categories in terms of their percentages.
These groups are presented below;
0 – 8% = 1
9 – 17% = 2
18 – 22% = 3
Table 4.48: Academic staff views on problems hindering research productivity
Possible Problems Frequencies Percentage GROUPS
1. Inadequate research fund 100 21.1 1
2. Heavy teaching load 76 16.0 2
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3. Inadequate facilities and equipments 56 11.8 2
4. Lack of research motivation 46 9.7 2
5. Lack of enough time for research 34 7.2 3
6. Poor salaries 19 4.0 3
7. Inadequate research knowledge in some lecturers 18 3.8 3
8. Lack of institutional support 13 2.7 3
9. Poor attitude towards research 13 2.7 3
10. Lack of journals specifically African or Kenyan 11 2.3 3
11. Engagement in Consultancy services 9 2.0 3
12. Poor leadership/politics 9 2.0 3
13. Low recognition of research publications 8 1.7 3
14. Long procedures in accessing research funds 7 1.5 3
15. Lack of research monitoring systems 6 1.3 3
16. Poor promotion criteria 5 1.1 3
17. Lack of implementations of research findings 5 1.1 3
18. Research proposal writing problem 5 1.1 3
19. Lack of research coordination 5 1.1 3
20. No mentorship and encouragement by seniors 5 1.1 3
21. Poor terms of employment 4 0.8 3
22. Expensive publication process 3 0.6 3
23. Poor family support/family responsibilities 3 0.6 3
24. Inadequate exchange programs in universities 3 0.6 3
25. Commercialization of university education 3 0.6 3
26. Delay in disbursement of research funds 2 0.4 3
27. Lack of research supervision 2 0.4 3
28. Laziness 2 0.4 3
29. Promotion not based on merit and performance 1 0.2 3
30. Misuse of research fund 1 0.2 3
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Under category 3 there is only one problem presented here and this has a percentage
of 21.1% this was explained as inadequate research fund. The academic staff who said
this constituted slightly less than a quarter of all the respondents in this study. Their
argument is that due to lack of financial resources to conduct research is an hindrance to
research efforts in this country however, one respondent, from the open ended items
opposed this and said that “there is too much money outside there for research, it is only
that our academic staff are not willing to write winning proposals”. Others said that the
little available financial resources are not well administered; instead it takes too long to
disburse the research funds. Available evidence indicates that most universities in the
study have research funds of some sort, but the administration of these funds could not be
established by this study. Efforts are needed to find out the problem facing research
funding in this country. Others indicated that there was gross misuse of research funds. It
was not clear whether this was on the part of the fund administrators or it was the
research fund recipients.
Under group two, there were three issues raised that hinder research productivity,
these were heavy teaching load (16%), inadequate research facilities (11.8%) and lack of
research motivation (9.7%), when combined, this forms about a third of the total
respondents. Arguments placed under heavy teaching load are that the academic staffs are
allocated many teaching subjects that make them less effective in discharging their
research mandates. This can also be due to the many lessons that academic staff take
especially when teaching other colleges. This is the so called moonlighting. The solution
provided by themselves here is employment of more academic staff. The issue of
191
employment of academic staff in Kenya is a responsibility of individual universities
councils.
The highest administrative organ in the university set up). In this case it is not
easy to manipulate all these institutions to effect a change in their employment policies.
This has led to recruitment of staff in part time basis across most universities across the
country. This is in a way to cut costs and the overheads that come along with hiring
permanent staff. The second factor under this category is the issue of motivation. They
are putting forward an argument that they are not well motivated to conduct research in
their respective universities. Again this is an issue that can be well handled by their
respective university councils. It is true that any worker needs positive motivation to
enable him/her perform better in his/her place of work.
The first category comprises of 25 items or issues that are attracting percentages
of between 0.2% to 7.2%. The top one in this list is lack of enough time to conduct
research. This problem is quite related to the issue of teaching load. The assumption that
the academic staff are making is that heavy teaching load is reducing or denying them
enough time to conduct research. This is followed by poor salaries. This is in position six
from the top. This attracted 4% of the respondents. It is evident here that most academic
staff in Kenya is not keen on salary increase but rather enabling environment to conduct
research. The next item in this group is lack or inadequate research knowledge with some
academic staff. This problem has also been raised by the Heads of departments in the
section that follows. This is true because any job requires regular updates on the changing
ways and techniques of performing the tasks involved. In most organizations this is the
issue of refresher courses and seminars to shape skills. The area of proposal and article
192
writing is competitive especially when the publications are to be made in journals outside
the country. It is interesting to see that this problem has been raised by the academic staff
themselves.
Other issues raised by the academic staff are; lack of institutional support. This
goes along with poor institutional leadership, politics and poor promotion criteria. It is no
secret that some universities have been accused of poor leadership. This weak leadership
transcends to all sectors of the university even the acquisition of journals for the
university library may be hampered. This also demoralizes the academic staff in their
endeavor to publish.
A poor promotion criterion was also highlighted. The argument put forward here
indicated that some promotions were done irregularly hence demoralized the academic
staff. One academic staff member mentioned the issue of promotion with fake
publications. I think the point being made but the publications are not properly
authenticated.
Expensive publication process was also mentioned by the academic staff. The
argument fronted by these academic staff was that it was expensive to publish an article
in local university publication centers. Some journal publishers request the contributors to
raise some fee for their publications to be made. It is indeed expensive to run a journal
regularly. The duration taken before a publication is finally printed might be long too.
These are the challenges that face academic staff in Kenya in trying to publish.
Issues raised in this section by the academic staff mainly hinge on lack of the
number of the academic staff who feel that the little finances available should be well
managed and administered.
193
Table 4.49: Heads of Department views on problems hindering research
productivity
194
Possible Problems Frequencies Percentage
1. Inadequate research funding 4 16.7
2. Lack of research motivation 4 16.7
3. Inadequate facilities and equipments 4 16.7
4. Heavy teaching load 4 16.7
5. Poor salaries for lecturers 2 8.3
6. Lecturer engagement in consultancy work 1 4.2
7. Inadequate research knowledge among some lecturers 1 4.2
8. Lack of enough time for research 1 4.2
9. Lack of implementations of research findings 1 4.2
10. Low recognition of research publications 1 4.2
11. Poor attitude towards research 1 4.2
From the above Table 4.49 it can be seen that four key factors influence research
productivity among university academic staff in Kenya as observed by the heads of
departments. These factors are; inadequate research funding, lack of motivation,
inadequate research equipment and heavy teaching load. Some of these factors have also
been highlighted by lecturers in this study. Basically this is a confirmation to the
concerns of lecturers. It is interesting to note that the issue of salaries has not featured
prominently by both lecturers and heads of departments as a factor hindering research
productivity.
Inadequate research knowledge among some lecturers has also been identified
here by the heads of departments. This is confirmation by the findings of the PCA
195
analysis. The issue of poor attitudes towards research has also been raised by the
academic staff, the root causes of these attitudes have not been established in this study.
A revisit of this should be done so as to find out reasons that make the academic staff to
have a poor attitude towards research.
4.6.1 Enhancement of research productivity.
The following section deals with the last research question that sought to establish
how research productivity among academic staff in the selected universities could be
enhanced. After studying the problems that face or hinder academic staff in their quest to
publish, the academic staffs and Heads of Departments gave some possible solutions to
tackle the problems at hand. These solutions that were provided, forms a basis for
enhancing research productivity of academic staff. Therefore, this section reviews the
possible solutions to the problems raised.
4.6.1.1 Academic staff views on possible solutions to problems hindering research
productivity
The information presented below (Table 4.50) provides possible solutions to the
problems perceived to influence lecturers’ ability to engage in productive research
activities. This information was analysed and grouped into emerging themes. The
information provided clearly indicates that it is a true reflection of the possible solutions
to the factors that influence research productivity as perceived by the lecturers. The
196
Principal Component Analysis identified individual factors to be the main component
that is affecting research output among academics in Kenya. The key among the
individual factors was the content knowledge and skills gained in engaging in meaningful
research. This is the area that needs to be addressed if the academics in Kenya are to
make meaningful contribution to research output.
Table 4.50: Academic staff views on possible solutions to problems hindering
research productivity
Possible Solutions Frequencies Percentage
1. Allocation of more funds for research 79 18.5
2. Employ more teaching staff 48 11.2
3. Reward researchers by promotions and money 42 9.8
4. Buy modern equipments for research 32 7.5
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5. Universities to allocate less teaching hours 28 6.5
6. Revise lecturers pay 28 6.5
7. Engage private sector in funding research 19 4.4
8. Create training in proposal and paper writing 18 4.2
9. Develop research policies 17 4.0
10. Build modern facilities for research 16 3.7
11. Provide clear institutional support 11 2.6
12. Encouragement by the old professionals 10 2.3
13. Consider other research contributors when giving
promotions
10 2.3
14. Give research and teaching equal time 10 2.3
15. Promotions strictly on productivity and junior staff should
not be in administration
10 2.3
16. Implement research findings 9 2.0
17. Establish credible journals in Kenya 8 1.9
18. Clear guidelines in ones role in research 8 1.9
19. Link and exposure to funding organizations 6 1.4
20. Employ lecturers that are on contract permanently 4 0.9
21. Universities should enter into exchange programs with
other universities
4 0.9
22. Universities to establish part time lecturers positions and
pay for their services
3 0.7
23. Reduce the number of enrollment for students in
universities
3 0.7
24. Early orientation in research work 2 0.5
25. Initiate external research supervision 2 0.5
26. Family to support research 1 0.2
The lecturers have given the solution to this problem as trainings in proposal and
paper writing skills. Ironically, this has only been proposed by 4% of the respondents.
The focus of lecturers’ possible solutions has mainly dwelt on institutional solutions to be
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provided by their respective institutions. The key among the institutional factors raised
was the issue of inadequate research funds. The academic staff are of the opinion that
there is no enough funds allocated to do research in this country. But they are also
arguing that the available funds are mismanaged, come in too late and is not enough.
Over 18% of the academic staff is of the opinion of boosting the research fund
with the aim of increasing research productivity at the university level. This is an issue
that has been raised by both the academic staff and the Heads of Departments. It is indeed
true that no meaningful research can take place without financial inputs.
The academic staff are also suggesting that more teaching staff should be
employed to reduce the existing teaching load among the teaching staff.
Rewards and recognition of outstanding scholars or researching academic staff
has also been proposed by the academic staff. Any organization must employ a rewards
system for the best performers in their organizations. This will indeed boost the morale of
the writing academic staff and also encourage the rest of the academic staff to be engaged
in research work.
The issue of buying modern laboratory equipments for research has also been
used here. There is need to heed this call because there is no way a lecturer will conduct
research if he doesn’t have the requisite tools to enable him/her too perform the work at
hand. Most of these equipments in Kenyan universities are archaic and need and
overhaul. The changing times needs better equipment. The national polytechnics in
Kenya have gotten a facelift from a number of countries, particularly Italy to revamp
their laboratory equipments to acceptable standards.
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The private sector has been proposed as a key partner in research. The private
sector has been engaged in government business of late in what is referred to as the
Public Private Sector Partnership (PPSPs). This has been effectively carried out under the
auspices of the Kenya Private Sector Development Strategy (KPSDS) whose aim is to
reduce the wide gap between the mainstream research institutes in the country. Basically
there is need to engage the private sector in the management of research in this country.
They will provide the funds, and the academic staff will provide the expertise.
Another possible solution raised by the academic staff is the issue of training the
academic staff is the issue of training the academic staff on proposal and paper writing
skills. This has been discussed in separate section of this study. This is an issue that can
be implemented within a short period of time. The senior members of staff should be
encouraged also to write training manuals and handbooks on topics such as, writing
wining proposals, research techniques and methods and such. Such materials together
with on the job training will help the academic staff to engage more in research work.
Establishment of academic journals in Kenya was another solution offered. Here,
the argument was that there are no credible journals in Kenya. This may not be true; there
are a number of journals being produced by different faculties in different universities in
Kenya. The only problem is that some of the journals do not publish regularly. They are
not up to date. This is mainly due to financial crisis or lack of articles to publish. The
Chairman, Kenya National Academy of Sciences confided with this researcher that they
did not have enough articles to publish in their three national journals. This is partly due
to the fact that most academic staff prefers to publish in higher notch journals that are
based outside the country.
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Implementation of research findings is another issue raised. This is possible only
if the policy makers are able to agree with the findings and push for their implementation.
This is a complicated issue for a developing economy like Kenya. The Royal Society in
the UK has researchers and scientists attached to some of the members of parliament.
They provided a link between policymakers and the academic world. This is working so
well too far for Britain. It is called MP- Scientist pairing scheme, this has started to be
implemented in Kenya in a small way. This will maybe enable the implementation of the
science findings in Kenya.
These views are in agreement with Doyle (2006) who suggested that reward and
promotion system in colleges in which teaching has been the primary role of faculty
should be changed. These changes in priorities will allow increases in the incentive
system to encourage scholarly productivity, especially in higher education institutions
which have not been traditionally focused toward research endeavors. A second group of
strategies has been focused on fostering publication outputs. McGrail, Rickard and Jones
(2006) examined 17 studies that described strategies used by higher education strategies
to foster faculty publication rates. The strategies identified by the authors were oriented
to fostering the writing abilities and motivation. There were three types of intervention
identified by the authors: writing courses, writing support groups, and writing coaches
(McGrail et al., 2006). McGrail et al. (2006) found that all three models can be beneficial
to increasing publication rates.
The third strategy is to establish support systems for research in addition to
writing. Goodwin et al. (2006) described an example of a center to support faculty
research established at the school of education at the University of Colorado at Denver.
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This center included services such as: consultation with research associates; literature
search, editing and manuscript preparation; data transcription; and funding for
conferences presentations. Goodwin et al. (2006) found in the analysis of the first year of
operation of the center that faculty publication increased. They suggest that it is important
to include services to foster processes involved in research grant-seeking. These issues
have been raised by the academic staff who participated in this study. It is important for
the academic staff to be involved in refresher courses on the main issues involved in
research and publishing.
Researchers (Buchheit et al., 2001;Hu and Gill, 2000; Tien, 2000) have
previously shown that faculty research productivity was a result of the interaction among
many endogenous and exogenous variables, including individual personal characteristics;
academic discipline; educational background; previous employment; institutional
characteristics; and teaching, research, and service assignments. This basically calls for a
multi-dimensional approach to enhancing research productivity in Kenya. Effort is
needed in solving all problems hindering research productivity both at the institutional
level and at the individual level.
4.6.1.2 Heads of Departments’ views on possible solutions to problems hindering
research productivity
Table 4.51: Heads of Department views on possible solutions for problems hindering
research productivity
Possible solutions Frequencies Percentage
1. Allocation of more research funds 3 13.6
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2. Buy modern equipments for research 3 13.6
3. Employ more teaching staff 3 13.6
4. Reward researchers 3 13.6
5. Revise lecturers pay 2 9.1
6. Private sector intervention 1 4.5
7. Building modern facilities for research 1 4.5
8. Early orientation to research work 1 4.5
9. Implementation of research findings 1 4.5
10. Establish research refresher courses 1 4.5
11. Promotions on research productivity 1 4.5
12. Clear guidelines in ones role in research 1 4.5
13. Universities should enter into exchange programs 1 4.5
Table 4.51 presents possible solutions which are a true reflection to the issues
raised by both lecturers and heads of department. It is evident that research funding,
equipment for research, recruitment of more staff and rewards for publishing are seen as
possible solutions to the challenges facing researchers in Kenya. It is interesting to note
here that the respondents, in this case the heads of departments are recommending the
introduction of research refresher courses. A research fund is one of the issues that the
heads of departments have recommended. Indeed nothing much can be achieved without
the input of financial resources to any enterprise. The Universities must look for
alternative sources of funding to support research in their universities. One of the most
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talked about sources is to have an endowment fund associated with the alumni fund to
raise funds for research. Another one can be venture capital. This is whereby a discovery
or invention made by the university can be sold out or partnered with an entrepreneur
interested in the new created knowledge. Most of the universities in the west have
benefited from such kind of arrangement. Income generating projects by the universities
can also raise funds for universities to conduct research.
In this study, the heads of departments have indicated that research productivity is
not high because of lecturers’ perceptions of a lack of a motivating environment; for
instance, lecturers have insufficient equipment and materials to pursue research in a
satisfactory manner. Tools for doing the job so as to motivate the academic staff to work
hard in their areas of specialization. Efforts should be targeted towards this direction to
overhaul the equipments in the universities so as to reflect the modern society. At present
the National polytechnics are in the process of overhauling their archaic machinery and
equipment.
Both members of the academic staff and heads of departments are recommending
the employment of more staff in the universities. They are making a point that they are
over worked in their duties. This is a debatable issue that cannot be exhausted. This is
because due to the rapid expansion of the university in Kenya, particularly after the
introduction of the so called module II programmes in Kenya in 1998, there has been
pressure on lecturers to accept more teaching load. This has led some of them to
moonlight in several institutions across the country. It is therefore possible that the
academic staffs are now feeling the pressure of the heavy teaching load. The
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mushrooming of satellite campuses means that more admissions are being made to
university this increase in enrollment demands more fro the academic staff.
Respondents in a study conducted by Traynor and Rafferty (1998) identified 'the
need for an improved research capacity' as a major issue facing nurses in academia,
'Research capacity building' has been defined as, 'a general term for a process of
individual and institutional development which leads to higher skills and greater ability to
perform useful research' (Trostle, 1992). Levin and Stephan (2001) hypothesized that
receipt of federal research support would be a determinant of academic scientists’
research productivity. Although they do not report these specific results, they indicate
that their findings were consistent with their expectations. Some universities in Kenya,
like the Catholic University of East Africa, have about two hours once a week for
research seminars for its members of staff and the postgraduate students.
The academic staff also gave another recommendation to buy modern equipments
for research. This is in agreement with the findings by Dundar and Lewis (1998) who
developed and tested a more comprehensive model of faculty research productivity and
found that library expenditures represented one of the important institutional attributes.
Unequal facilities and funds are important since departments with more money and better
laboratories, libraries, and other facilities are better equipped to train their staff and
students, resulting in higher publication rates (Payne & Spieth 1935).
Ideally, the enhancement of research productivity in Kenya cannot be complete
without development of relevant research policies particularly at the institutional level.
The research policies will address issues such as;
Sourcing of funding for research
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Training of academic staff in research
Awards for outstanding institutional academic staff
Financing academic journals
Developing of institutional centres of excellence
Research partnerships and collaborations
IPR sharing of benefits
Ethical considerations in research
Regular review of the policy
The research policies will not be complete without the IPR policies too. These two
documents go hand in hand and by developing them, the academic staff will be in a
position to maximize their potential in research productivity in cases where the IPR and
research policies exist, there is need to review them so as to reflect on the challenges
raised by the academic staff.
4.7 Document Analysis.
Document analysis was done on the various research policies presented by a sample
of the universities selected for this study. Some universities were not wiling to share their
research policies. It is however interesting that most of the universities have research
policies. Some universities have gone to the extent of putting the in the internet. Those
that do not have the research policies are in the process to complete them. Other
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institutions are reviewing their policies. The research policies sampled here were
developed between 2001 and 2008.
At University C there was the training for research competence. Here, the university
recognized that ongoing research in the University was mainly individual effort with little
inter-discipline collaboration within the university and was usually developed as projects
as apposed to programs. In addition, there was limited capacity to write fundable
proposals and to manage projects when such proposals were funded. The university
therefore saw the need to develop the capacity of the academic and research staff to
develop skills for the development and management of inter-discipline research programs
through training workshops and courses including proposal writing, project management
and reporting, whole-system-in-the-room workshops, donor relationships, financial
management for non-financial managers etc.
A percentage of the research fund (10%) has been set aside for in-house training of
academic staff in such workshops and/or to send trainers to such training who will in turn
return to build capacity within the university. This percentage caters for ccapacity
building, awards, researchers/investigators, centre for research and development, product
development etc. These items seem to be too many for the allocated 10% of revenues
from the successful funding. There is need to have the resources for capacity building as
a stand alone item. The university also recognized an important aspect of the professional
development of all academic staff in attendance to seminars, workshops and conferences.
Other aspects have been well covered in this research policy and these includes
offices, committees and panels that support research chapter which contains documents
related to University C, its research mandate, and bodies governing the university
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research including, the Centre for Research and Development, the University Research
Review and Advisory Board, the Ethics Review, Inter-School Research Review
Committee, Institutional Animal Care and Use and, Intellectual Property and Copyrights
Committees. It also explains why University C needs a policy, the creation of a research
fund and how that fund will be disbursed for various actions and finally how research
coordination will take place in the University.
Academic policies chapter contains documents related to principles concerning
research, academic freedom, eligibility for Principal Investigatorship, openness in
research, scientific misconduct, authorship, retention of research data, establishment of
Independent Laboratories, student relationships with outside entities, and others.
Financial aspects of sponsored projects and administration chapter contains
documents related to fiscal responsibilities of PIs; indirect costs, their application to
different types of projects, and procedures for obtaining waivers; cost sharing; tuition
remission; property; and others
Conflicts of commitment and interest chapter contains documents related to conflict
of commitment and interest, and related forms; consulting policies for faculty and for
Academic Staff-Research & Extension; policies related to start-up companies and equity
acquisition. Intellectual property chapter contains documents related to patents,
copyrights, and tangible research property. Environmental health and safety chapter
contains basic policies, as well as specific requirements related to chemical hygiene,
radiological hazards, lasers, and biohazardous agents; emergency procedures.
Human subjects in research chapter is a description of University C's Human
Research Protection Program (HRPP), including assurance of compliance with Ministry
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of Health requirements, and special guidance on the use of women, students and
laboratory personnel.
Laboratory animals in research chapter are on University C's Assurance of
compliance with Public Health Services’ requirements, and other documents related to
the care and treatment of animals.
Non faculty research appointments chapter contains documents related to graduate
student research assistants, academic staff-research & extension, postdoctoral scholars,
visiting scholars and visiting researchers, and consultants.
This is indeed a brilliant idea by the university to recognize the need for staff
development. However, the funding for this has been pegged on the availability of
funding. It could have been better to start off the program by manpower training.
At University A, there were no deliberate efforts made towards academic staff
professional development. Instead, a recommendation was made to allocate an
unspecified amount of funding towards training of academic staff involved in any
successful research funding. Other areas dealt with under this policy include;
Research Funding,
Research Planning and Administration
Approval, Monitoring and Control of Research Projects
Contributions to the Research Administration costs
Sharing/Disposal of Research Projects Resources
Remuneration of Research Staff
Creating a Conducive Research Environment
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Dissemination of Research Results
Proprietorship of Research Outputs
Monitoring-of Research Impact
Ethical and Environmental Considerations
At University F there was a detailed research policy and particularly on the research
forum/seminars and awards for its academic staff who participates in contributing to
refereed journals. University F Research Forum aims at bringing the teaching scholars
and students of the University to come close to each other and interact in research
activities. The forum encourages inter-disciplinary research in different subject areas in
the University. All faculty members and students are encouraged to participate and be
involved in a healthy academic activity in order to take the University to new heights in
teaching and research activities. Seminar programmes are held every month, each
faculty/school/institute has a set day for a one hour session dedicated to give a seminar by
faculty member(s) and students. Research Week is organized once every year.
Concerning publications, Research articles presented by the academic community
and staff in seminars and research week are published in a monthly Bulletin of Research
Forum. Some articles will are selected for publication in reputed refereed international
journals. An Annual Research Report outlining all the activities for the whole year are
prepared and presented at the end of each year. Awards and incentives have been set up
for academic staff who have their findings published in reputable journals and presented
to international conferences and workshops.
For example, where a researcher has published at least one article in a recognised
reputed International Journal (University Journal included); the University will reward
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such a researcher with monetary reward of $200. Where a researcher has presented at
least one paper in International Conferences or workshops, the University will reward
such a researcher with monetary reward of $100 over and above financial support by the
University to attend such conferences and workshops. Awards for Research Excellence
will be given to the best research (individuals or groups) in the faculty/school/institute.
The award will be in the form of financial grant to further the research activities of the
group or individual.
University J has made strides in developing research policy in promoting research
work in the university. The University Council has established a University Research
Fund (URF) and ensures that significant amount of funds are annually set aside for
various research activities. The activities form part of core business activities of the
University that complements teaching and gives University national and international
recognition. The university council has also set up the Apportionment of Annual
Research Grant (ARG) which is used for:
(a) Training of Junior Researchers to be able to participate in competitive
research. The Junior Researchers will be exposed to research techniques
and methodologies through attendance of workshops and seminars
organized at the Universities. The professional researchers in various
fields shall also have junior researchers as a requirement attached to them.
This opportunity will prepare the Junior Researchers to participate in
bidding for competitive project proposals.
(b) Funding Competitive Research and/or Project Proposals Research
proposals will be considered bi-annually.
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(c) Awards. The University will reward the best publication arising from
research projects. The University will also reward innovators who have
achieved excellent transfer of technology or knowledge and are not
necessarily academic publications.
(d) Conference attendance.
(e) University’s Annual Research Conference. The University organizes an
annual research conference for the purpose of disseminating research
findings.
(f) Financing of University’s Refereed Journal(s) will support journals to
publish and disseminate research findings resulting from researches in and
outside the university.
The establishment and maintenance of research relationship with private
sector/industry has been identified.
University J’s IPR Policy has also been developed to take into consideration the
intellectual property rights of the academic staff.
University B has developed a research productivity framework . This is a 3-
dimensional matrix. The first dimension consists of the Administrative, Financial and
Human Resources roles and responsibilities that are necessary for the successful
implementation of research. The second dimension consists of the research career
progression methodology which will be applied to progressively develop a researcher
from postgraduate studies up to research mentorship role at Professorial level. The third
dimension consists of the main organs of the University which have a responsibility to
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carry out the roles and activities required to develop the researcher. These organs consist
of:
Academic staff members
The Department
The Faculty, Institute or School
The College
The Office of Deputy Vice-Chancellor (Research and Development)
The matrix will thus document the policies that guide the organs of the University
with the aim of increasing the research productivity of members of staff.
The research productivity conceptual framework has the following guiding
principles.
Encouragement of the implementation of research projects that are relevant to
Kenya and the world and that are carried out using sound methodology and honest
reporting in a resource-efficient and ethical manner.
Facilitation of research proposal drafting and sourcing of research funds.
Facilitation of the disbursement of research funds to the researcher in a
transparent and efficient manner.
Provision of cost-effective research incentives and management and auditing of
research activity without overburdening research funds.
Facilitation, automation and decentralization of research management, carrying
out all research management activity at the lowest possible organ.
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Establishment of common benchmarks for research activity, including methods
for monitoring and evaluating research progress.
Maintenance of a sustainable research system by ensuring a steady, successful
flow of postgraduate students into the research system of the University B.
The research policy aims to facilitate the development of research careers, assuming
that researchers will become increasingly productive and useful for the fulfillment of the
research objectives of the University B as they grow in seniority.
The table below classifies academics as postgraduate students, research trainees,
researchers or research mentors for administrative purposes and outlines the
qualifications, establishment positions, roles, research activities, research-to-teaching
load and expected outputs of each category.
Table 4.52: Research Career Development Framework
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Stage of
research
Postgraduate
student
Research
trainee
Researcher Research
Mentor
Qualifications Bachelo
rs or Masters
degree
Master
s. or Ph.D.
Ph.D. Ph.D.
Positions Masters.
or Ph.D.
student
Tutori
al Fellow or
Lecturer
Lecturer
or Senior
Lecturer
Associate
and Full
Professor
Role Qualify
with expected
degree.
Assist in
research.
Carry
out research
project.
Carry out
research.
Supervis
e other
researchers and
students.
Attract
and administer
research
funding.
Mentor
all research
activity.
Recruit
and supervise
other
researchers and
students.
Attract
and administer
large research
grants.
Research
activity
Postgrad
uate research
Doctor
al or
Successf
ully implement
Successfu
lly administer
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Stage of
research
Postgraduate
student
Research
trainee
Researcher Research
Mentor
project or
thesis activity.
postdoctoral
research.
funded
research
projects.
large grants.
Participat
e in research
administration
in consultation
with head of
dept.
Research /
teaching load
(for research institutes the general load is 70% research / 30%
teaching)
Academic departments shall observe the research and teaching load
shown in the table below, that is, 30% Research / 70% other mission-
oriented activities
Expected
Outputs
(indicative)
Dissertati
on, Thesis,
Conference
papers.
1 Thesis
in 4 years
2
conference
papers in 4
Thesi
s,
conference,
journal
papers.
1
conference
/ journal
paper per
Reports,
conference and
journal papers,
books.
1 journal
paper or 2
conference
papers per
annum
Reports,
conference and
journal papers,
books.
2 journal
papers or 3
conference
papers per
annum or 1
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Stage of
research
Postgraduate
student
Research
trainee
Researcher Research
Mentor
years annum 1 patent book every four
years.
Source University B Research Policy
Perhaps this is the most comprehensive research policy developed in Kenya that is
geared towards encouraging research productivity among academic staff.
University H has research capacity building funds, which may be used by the
University departments to develop the capacity of their staff to conduct research. The
funds may be employed for organizing short courses on research methods. The amount
available for each year is Kshs 100,000/- This amount is quite low and may not benefit
many of the academic staff who would be engaged in career development. The university
has organised research forums for engaging staff and graduate students in research
methods. This is an important forum where an exchange on information gained is shared
with junior researchers and graduate students.
4.7.1 Summary of Document Analysis
Most of the research policies covered here had made omissions on several issues that
are deemed to promote research productivity. Funding for research was an item that was
clearly outlined and mechanisms for the same spelt out clearly. Issues like career
development were highlighted by few universities. There is need therefore for the
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documents to be reviewed with the aim of refocusing them to research productivity of
their academic staff.
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CHAPTER FIVE
SUMMARY, CONCLUSIONS AND RECOMMENDATIONS
5.1 Summary
The current academic climate in higher education in Kenya threatens the Kenyan
universities’ ability to sustain the conditions that support research productivity. Increased
demands on government and private funding, a deteriorating physical infrastructure,
increased pressure on undergraduate programs, university expansion strategies and
general economic climate in the country have raised concerns about the continued
capacity of universities to maintain teaching, research productivity and service to the
community. This calls for regular update on the level of research productivity in the
country.
There are very few studies done in Kenya to analyze the factors that influence
research productivity in institutions of higher learning. This study therefore, examined
the factors that influence research productivity among academic staff in selected public
and private universities in Kenya. The themes discussed included the status of research
output in Kenya between 2004-2008, nature of publishing infrastructure, individual and
institutional factors influencing research productivity, the attitude of university lecturers
in Kenya in regard to research and publishing and lecturers and heads of departments’
views of problems and possible solutions to addressing the same problems. The study
finishes with a discussion of some of the strategies that can be used to enhance research
productivity among academic staff in Kenyan Universities.
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Literature review was done from wide sources that had explored studies related to
research productivity. Areas covered under this included, research productivity and
related theories, research productivity and type of institution, factors influencing research
productivity, technology transfer and research productivity, the teaching nexus, research
productivity and publication and a summary of all reviewed literature was done.
A survey research design and document analysis were used in this study. The
target population was the university academic staff in selected 5 private and 6 public
universities in Kenya. These formed 11 universities in total. The sample was selected by
using simple random sampling. The sample size was 277 (70.2% male and 29.8% female)
for academic staff and 17 for the heads of departments. Data were collected using three
instruments namely the questionnaire for lecturers and the other one for heads of
departments. The questionnaires were self administered to the academic staff. Three
questionnaires were filled and sent to the researcher through email.
Data collected were analysed using quantitative procedures. It was coded and
analysed into frequencies and percentages with the help of SPSS for windows (version
15). The SPSS tool was employed in calculation of the means, standard deviation,
frequencies and percentages and the generation of the ANOVA tables. It also helped to
compute the principal components using the Factor Analysis method. Lastly the
summary, conclusions and recommendations of the study were done. There were five
alternative hypotheses that were tested using one way ANOVA. There is a significant
relationship between gender and research productivity, there is a significant relationship
between age groups and research productivity, there is a significant relationship between
academic rank and research productivity, there is a significant relationship between
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highest degree obtained and research productivity, there is a significant relationship
between years since last highest degree was obtained and research productivity.
The PCA used in this study revealed that there were three main factors that
influence research productivity of Kenyan academicians. The first component was
interpreted as personal career development which explained the highest variance of 29%
in the data. The second component, contributing 20%, could be interpreted as
institutional factors whereas the third factor, contributing 14% could be interpreted as
demographic or experience of the individual researcher to publish. Component one and
three are closely related in this analysis. This may mean that it is the individual self
determination, commitment, motivation and stamina that do count in establishing whether
an individual researcher is able to publish or not. The second component, institutional
factors, explained 20% of the variance in the data and involves all those resources,
equipment or rewards that are supposed to be supplied by respective institutions. Other
findings indicated that the research productivity of Kenya was below par, the output
among academic staff was skewed, and that there was differing views on academic staff’s
attitude towards research and publishing.
Document analysis dwelt on the analysis of the sampled research policies of the
selected universities. Information from these documents revealed that most universities
were not keen in the area of staff professional development.
Main recommendation of this study is for government and individual institutions
to try and come up research policies that can guide the research process in this country by
addressing the pertinent issues raised by academic staff. The issues raised here include
individual and institutional factors. And they should be addressed together. It is only by
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addressing the raised issues that the country can think of making strides in increasing
research productivity of this country.
5.2 Conclusions
On the basis of the findings of this study, the following are some of the
conclusions that can be drawn.
1. The nature of research productivity among public and private universities in
Kenya, between 2004 – 2008 is below par when compared with those of other
countries of the world.
2. The research productivity produced indicated skewness in production. The older
universities had more production in terms of publications compared to the younger
upcoming universities. The public universities seem to be better in terms of research
output than the private universities. It also emerged that the status of research
productivity in Kenya is still low compared to the developed nations.
3. There are differences in publication output between different age groups, ranks
and highest degree obtained. Publication output is high among the senior members of
the academic staff. The senior members of staff have more publications than the
younger members of staff. This is also reflected in the position held in the university
and the higher qualification s held by the individual lecturers. It was evident that many
of the academic staff below the rank of lecturer from the majority of those who did not
publish anything between 2004-2008. Majority of the publications were done by
professors.
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4. Data collected also revealed that there was no much difference between the
research output produced by academic staff when categorized by gender, type of
university, faculty and years since last highest degree was obtained.
5. It was established that a combination of individual and institutional factors acted
to influence the research productivity of academic staff in Kenya. Research content
knowledge and self motivation were the key factors among individual factors that had
the greatest influence on researchers. On institutional factors it was resources for
research, equipments and availability of technology based equipments like internet and
computers.
6. Academic staff’s attitude toward research and publication is significant with age
groups, highest degree obtained, years since last highest degree and by name of the
university. However the academic staff’s attitude to research and productivity is not
significant with gender, rank and type of university.
7. Academic staff and heads of department are in agreement on possible solutions to
problems affecting research productivity in Kenya. Some of these problems are
inadequate research fund, heavy teaching load, inadequate research motivation, poor
salaries, inadequate research knowledge among some academic staff, lack of
institutional support, poor attitude toward research and lack of appropriate journals.
8. The possible solutions they offer here include, allocation of more research funds,
employment of more academic staff, reward for researchers, purchase of modern
equipments for research, revision of salaries for academic staff, engagement of the
private sector in research, introduction of research refresher courses for lecturers,
development of appropriate research policies, pegging promotion on administration on
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publishing. The heads of departments had almost the same views on this. One issue
that comes out, though, is that the press for good salaries comes a distant sixth
position.
9. Document analysis on the analysis of the sampled research policies of the selected
universities revealed that most universities had not made sufficient provision for staff
professional development.
5.3 Recommendations
It is evident from this study that indeed there are challenges to be overcome if at
all research productivity are to be realized in the higher institutions of this country. There
is a need for the stakeholders in this area to have an all inclusive dialogue to address the
pertinent issues raised by the academic staff.
This calls for the development of a national research policy that shall cascade
down to the institutional level.
1. Review of universities’ research policies that shall lead to;
Providing adequate research funds for researchers
Staff professional career development
Providing research training courses to raise research productivity and for
publishing results worldwide.
Developing overall research management systems.
Providing and establishing effective research assessment systems.
Supporting and encouraging private organizations to participate in the
university’s research by establishing systems which increase the opportunities
for the university and private organizations to work collaboratively.
224
2. Engagement of the private sector in supporting research in the so called private
public sector partnership (PPPs). KEPSA (Kenya Private Sector Alliance) is
functional and may need to be approached on this.
3. Provide an effective publication system to promote the research productivity of
academic staff and graduate students. Again this is in agreement with the
development of the research policies that will guide the entire research process in
each university and the country at large.
4. Create avenues for publication and dissemination of work which is lying in
university shelves. Most of the theses done by undergraduate and graduate
students are lying in the university shelves. It is high time that these materials
were published so that they advance the mission of the universities for
dissemination of knowledge.
5. Encouraging collaboration between universities and research institutions by
providing an information system that is able to show availability and access to
utilize research facilities and data. The collaboration can extend to institutions
outside the country. The linking of professionals in particular fields will promote
scholarship at the university level.
6. Creation of a fund for the publication of tertiary books and journals; provision of
special funding for and revitalization of university publishing houses. In the
modern world the idea of popularizing the electronic journals in the universities
will be a great idea.
7. Fostering of a climate of reward for academic excellence particularly for
international publishing. The University should also consider the possibility of
225
increasing a researcher’s salary and rewards, ensuring that the income derived
from doing research is equal to or higher than income derived from teaching.
8. Rewards for staff who engage with research. Appropriate rewards can be
promotion, recognition, and money, providing a difference in terms of rewards
between staff with research productivity and those without, in order to encourage
research motivation. In addition, the University might consider a kind of special
leave for the development of research, allowing teachers to take leave for one
semester to be completely free from their workload.
5.4 Suggestions for further studies
1. The current study explored the most frequently used measure of the quantity or
amount of research productivity as a numerical publication count of ‘number of
research articles’. There is need therefore for future studies to examine, quality,
peer review rating and citation analysis as new tools to assess the value of the
contributions of research to the discipline.
2. There is need also to undertake research productivity analysis at the university,
faculty or departmental level.
3. There is a need for research that analyzes and describes the efforts currently used
by institutions to foster their academic staff’s productivity levels.
4. Need for research to find out why individual professional development is a major
motivator for research productivity.
5. There is need to find out how the universities have implemented their research
policies especially in regard to individual professional development.
226
6. The current study focused on universities. There is need to carry out a study on
the factors influencing research productivity in other knowledge producing
institutions e.g. National research institutes.
227
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255
APPENDIX I
Joash Migosi (Mr.)
C/O Directorate of Research
Management and Development
PO BOX 30568 – 00100
Utalii house, 9th Floor Room 935
NAIROBI
+254 723 869 169
June 18th, 2009
Dear participant,
I am writing to kindly request you to give your views and experiences as a university
academic staff in Kenya. This questionnaire is designed to study aspects of research
output among university academic staff, it will help to obtain information in regard to
factors hindering or promoting research output among Kenya university academic staff.
The findings of this study might be used by university administration, and government, to
make decisions on the management of research in this country.
The information obtained from this survey will be used for this study only. All ethical
issues in regard to this study will be observed.
Thank you very much for your time and cooperation. I greatly appreciate you and your
institution’s help in furthering this research endeavor.
256
Joash Migosi
Postgraduate student,
Catholic University of Eastern Africa
UNIVERISTY ACADEMIC STAFF QUESTIONNAIRE
A. DEMOGRAPHIC INFORMATION
1. Name of your university___________________________________________
2. Name of your faculty _____________________________________________
3. Name of your department _________________________________________
4. Your age group (kindly tick appropriately)
20-29 Years ( )
30-39 Years ( )
40-49 Years ( )
50-59 Years ( )
60-69 Years ( )
>70 Years ( )
No response
5. Sex (kindly tick appropriately)
Male ( )
Female ( )
257
6. Teaching position/ rank held in the University (kindly tick appropriately)
a. Graduate assistant ( )
b. Tutorial fellow ( )
c. Assistant Lecturer ( )
d. Lecturer ( )
e. Senior Lecturer ( )
f. Associate professor ( )
g. Professor ( )
h. Any Other (please Specify) ( )
7. Highest degree obtained, (kindly tick appropriately)
a. Bachelors degree ( )
b. Masters ( )
c. PhD ( )
d. Any Other (please Specify) ( )
8. Years since you obtained last highest degree (kindly tick appropriately)
a. <5years ( )
b. 6-10 years ( )
c. 11-15 years ( )
d. 16-20years ( )
e. More than 20 years ( )
f. Any Other (please Specify) ( )
258
9. Kindly estimate time spent on teaching load per week__________________
10. Kindly estimate time spent on research work per week___________________
B. NUMBER OF PUBLICATIONS
Kindly enumerate your research publications done between 2004-2008 in the
Table below
Type of
Publication
2004 2005 2006 2007 2008 Total
number of
Publications
Book(s) Authored
Singly
Book(s) co-
Authored
Publications Made
in Refereed
Journals
Papers Presented
in Conferences
Total number of
Publications
259
C. FACTORS AFFECTING RESEARCH PRODUCTIVITY
1. Kindly tick the extent to which the following individual factors affect your research
output. Use the key: 1 –Large Extent; 2 – Some extent; 3 – Little Extent; 4 – No Extent
1 2 3 4
Self Motivation
Socialization with colleagues
Research content knowledge
Research skills gained
Job satisfaction
Simultaneous research projects
Parenting responsibilities
Early orientation to research work
Personal Work discipline
2. Kindly tick the extent to which the following institutional
factors affect your research output. Use the key: 1 –Large Extent;
2 – Some extent; 3 – Little Extent; 4 – No Extent
1 2 3 4
Resources available for research
Rewards for research output
Good salary
Sufficient work time
260
Clear research coordination goals
Mentorship among colleagues
Communication with professional networks
library facilities (Books, journals other materials)
Size of university
Recruitment and selection of academic staff
Positive group climate
Research emphasis by university
Access to relevant journals
Teaching load
Availability of Technology e.g. internet, computers
Equipment for research
Number of graduate students supervised
D. ATTITUDE ON RESEARCH AND PUBLICATIONS
1. Please indicate how strongly you agree or disagree with the statements
regarding the issue of publishing in your institution. (SA –Strongly Agree;
A-Agree; U- Undecided/No opinion-Disagree; SD-Strongly Disagree
Item
SA A
U D
SD
My department should not offers additional
pay for publishing
Lecturers should be offered less teaching
261
load for publishing in refereed journals.
Universities should offer monetary rewards as
an incentive for publishing in refereed
journals.
Universities should spend money meant for
research on improving salaries for lecturers
Promotions should be based on publishing
alone
Teaching alone without research is not
important
Lecturers should spend family resources on
research and publishing
Research and publishing increases visibility of
a university
Publishing is important for any lecturer
aspiring to grow professionally
Universities should be ranked purely on the
basis of their research productivity
Teaching is more important than publishing
I’ll rather spend my time as part time lecturer
than on writing articles
Appointment to senior university
management should be based on academic
262
writing
Lecturers who do not publish have no
business teaching in university
It is not advisable for lecturers to spend
personal resources on research and
publishing
Developing countries need research more
than developed countries
2. Kindly list factors hindering research productivity among lecturers in your institution
and suggest possible solutions to these problems. (Those factors not captured above)
Problem Possible Solution
263
THANK YOU FOR YOUR PARTICIPATION
APPENDIX II
Joash Migosi
Catholic University of Eastern Africa
PO BOX 62157 – 00200
NAIROBI
+254 723 869 169
June 18th, 2009
264
Dear participant,
I am writing to kindly request you to give your views and experiences as Head/Dean of
department/faculty in a Kenyan University setup. This questionnaire is designed to study
aspects of research output among university academic staff, it will help to obtain
information in regard to factors hindering or promoting research output among Kenya
university academic staff. The findings of this study might be used by university
administration, and government, to make decisions on the management of research in this
country.
The information obtained from this survey will be used for the purposes of this study
only. All ethical issues in regard to this study will be observed.
Thank you very much for your time and cooperation. I greatly appreciate you and your
institution’s help in furthering this research endeavour.
Joash Migosi
Postgraduate student,
Catholic University of Eastern Africa
265
UNIVERISTY HEADS OF DEPARTMENTS QUESTIONNAIRE
A. DEMOGRAPHIC INFORMATION
11. Name of your university__________________________________________
12. Name of your faculty_____________________________________________
13. Name of your department _________________________________________
14. Your age group (kindly tick appropriately)
20-29 Years ( )
30-39 Years ( )
40-49 Years ( )
50-59 Years ( )
60-69 Years ( )
>70 Years ( )
a. Any Other (please Specify) ( )
15. Sex (kindly tick appropriately)
Male ( )
Female ( )
16. Teaching position/ rank held in the University (kindly tick appropriately)
a. Graduate assistant ( )
b. Tutorial fellow ( )
c. Assistant Lecturer ( )
d. Lecturer ( )
e. Senior Lecturer ( )
f. Associate professor ( )
266
g. Professor ( )
h. Any Other (please Specify) ( )
17. Highest degree obtained, (kindly tick appropriately)
a. Bachelors degree ( )
b. Masters ( )
c. PhD ( )
d. Any Other (please Specify) ( )
18. Years since you obtained last highest degree (kindly tick appropriately)
a. <5years ( )
b. 6-10 years ( )
c. 11-15 years ( )
d. 16-20years ( )
e. More than 20 years ( )
f. Any Other (please Specify) ( )
19. Kindly estimate time spent on teaching load per week ________________
20. Kindly estimate time spent on research work per week________________
B. NUMBER OF PUBLICATIONS
Kindly enumerate research publications done by your staff between 2004-2008 in the
Table below
Type of
Publication
2004 2005 2006 2007 2008 Total number
of
Publications
267
Book(s) Authored
Singly
Book(s) co-
Authored
Publications Made
in Refereed
Journals
Papers Presented
in Conferences
Any Other
category of
publications.
(Kindly Specify)
Total number of
Publications
C. FACTORS AFFECTING RESEARCH PRODUCTIVITY
1. Kindly tick the extent to which the following individual factors affect your staff’s
research output. Use the key: 1 –Large Extent; 2 – Some extent; 3 – Little Extent; 4 – No
Extent
1 2 3 4
Self Motivation
Socialization with colleagues
268
Research content knowledge
Research skills gained
Job satisfaction
Simultaneous research projects
Parenting responsibilities
Early orientation to research work
Personal Work discipline
2. Kindly tick the extent to which the following institutional
factors affect your staff’s research output. Use the key: 1 –Large
Extent; 2 – Some extent; 3 – Little Extent; 4 – No Extent
1 2 3 4
Resources available for research
Rewards for research output
Good salary
Sufficient work time
Clear research coordination goals
Mentorship among colleagues
Communication with professional networks
library facilities (Books, journals other materials)
Size of university
Recruitment and selection of academic staff
Positive group climate
269
Research emphasis by university
Access to relevant journals
Teaching load
Availability of Technology e.g. internet, computers
Equipment for research
Number of graduate students supervised
2. Kindly list possible factors hindering research productivity among lecturers in your
department and suggest possible solutions to these problems.
Problem Possible Solution
270
THANK YOU FOR YOUR PARTICIPATION
APPENDIX III
Document Analysis
Institutional research policies will be scrutinized to find out the following information;
1. Name of University
2. Year of research policy publication
3. Contents of research policy
4. Deliberate efforts to promote research productivity as outlined in the research
policy.
271
APPENDIX IV
272
273
274
275
276
277
278
279
280
281
282
283