+ All Categories

Ict for ag

Date post: 22-Nov-2014
Category:
Upload: paul-treadwell
View: 1,284 times
Download: 0 times
Share this document with a friend
Description:
Prepared for the Information and Communication Technologies (ICT) and Agriculture Conference, which is going to be held on the 13th, 14th and 15th June, in Montevideo, Uruguay.
40
ICT for agricultural extension Building global connections, sustaining local communities Information and Communication Technologies (ICT) and Agriculture, June 2011 Montevideo Uruguay Paul Treadwell, Cornell Cooperative Extension, Cornell University, Ithaca, New York
Transcript
Page 1: Ict for ag

ICT for agricultural extension

Building global connections, sustaining local communities

Information and Communication Technologies (ICT) and Agriculture, June 2011 Montevideo UruguayPaul Treadwell, Cornell Cooperative Extension, Cornell University, Ithaca, New York

Page 2: Ict for ag

EDUCATION, EXTENSION AND TECHNOLOGY

Framing the Conversation

Page 3: Ict for ag

Technology and Extension• From the beginning, Extension has employed current

technologies to deliver educational opportunities.• The evolution of technologies has increased

opportunities for access, inclusion and collaboration.• The challenges in adopting new technology include:

– Digital Literacy (for both staff and public)– Access– Stability

Page 4: Ict for ag

The Question of Technology• Technology is a tool • The use of technology carries inherent values.• How do we balance our use of technology with an

educational mission that includes, and respects, diversity?

Page 5: Ict for ag

COOPERATIVE EXTENSION IN NEW YORK STATE

A century of growth and change at Cornell University

Page 6: Ict for ag

Agriculture in New York State• 34,000 Farms in New York State• 7.5 Million Acres (3 million hectares) • 90% are small farms • Milk is New York’s leading agricultural product

Page 7: Ict for ag

Cornell Cooperative ExtensionThe Cornell Cooperative Extension educational system enables people to improve their lives and communities through partnerships that put experience and research knowledge to work.

Page 8: Ict for ag

The Work of Extension• Diverse approaches to knowledge sharing and

education• Grounded in local presence• Connected to academic research• Always evolving• Lifelong learning opportunities for citizens

Page 9: Ict for ag

Extension’s roots at Cornell• Established in 1911• Strong local presence

across New York State• Transforming research

into applied knowledge

Page 10: Ict for ag

Regionalizing Expertise• Regional and multi-county agriculture programs

– Expand access to specialized crop expertise– Maximize impact of research and implementation by

creating “knowledge networks” that transcend traditional geographic boundaries

– Rely on current technologies to generate and share information

Page 11: Ict for ag

Agroforestry Research Center

A place based response to evolving needs for sustainability education.

Sited in the heart of a forest dominated region of New York State.

Technology enabled meeting spaces and classrooms connect the center to educational resources at Cornell University, as well as other locations.

Page 12: Ict for ag

Engaging technology to extend education• ICT opens potential avenues of learning and

collaboration– Strengthens existing knowledge networks – Supports distributed learning communities – Provides access to new information pathways

Page 13: Ict for ag

Distance Learning Centers• High speed internet

enabled locations• Videoconferencing

capable• Provide increased

access for collaboration between campus and community.

Page 14: Ict for ag

Online Learning Center• Asynchronous 24/7

access to structured learning

• Many courses are instructor lead – not stand alone modules.

• Courses for both staff development and the public.

• Uses Moodle as LCMS.

Page 15: Ict for ag

Web Conferencing

Synchronous web based service connecting remote locations.

Integrated audio, presentation sharing and chat.

Successfully used to connect geographically distributed audiences using a variety of connection methods.

Recordings can be used to create structured learning opportunities.

Page 16: Ict for ag

Learning networks, Learning communities• ICT is not a replacement for traditional extension

work.• Technology can support and enlarge extension

programming.• Intentional and well thought use can lead to the

growth of learning networks and to the creation of learning communities.

Page 17: Ict for ag

CASE STUDIES

Pesticide Applicator CertificationFinger Lakes Grapes ClassifiedsHWWFF/Agroforestry Research CenterBeginning Farmers ProgramMobile Apps/Social WebTEEALCitizen Science

Page 18: Ict for ag

E-Learning for e-extension• E-Learning opens new pathways for access to

educational opportunities.– Creating inclusive learning environments, online, is a

challenge that is currently unmet.– Linking online learning to tangible impacts in the real

world is essential for extension education.– Competent online instructors are essential to the success

of e-learning.

Page 19: Ict for ag

Online Pesticide Applicator Certification

Online learning modules for pesticide applicator recertification

Staged progress through a pre-test, learning component and post-test leading to certification.

Instructors can monitor time spent in each component to verify participation.

Recognized by state authorities as a valid method of re-certification.

Page 20: Ict for ag

FLG ExchangeOnline producer exchange.

Internet based “classified ads” system facilitating the buying and selling of grapes, juice and equipment.

Is one aspect of a larger educational program for producers.

System was “cloned” and used to respond to a forage feed crisis – rapid deployment, low bandwidth requirements and ease of use were primary considerations in this case.

Page 21: Ict for ag

How, When and Why of Forest Farming

An emerging agricultural field

Knowledge generation by professionals and practitioners

Distance learning courses to expand accessibility to new knowledge

Tied to physical locations – Agroforestry Resource Center, McDaniel's Nut Grove, etc.

Delivery of high bandwidth resources to rural participants via CD-ROM

Page 22: Ict for ag

Beginning Farmers ProgramUses multiple technologies to engage participants.

Video case studies

A series of online courses to assist new farmers covering topics such as farm management, evaluating resources and soil health.

Distributed community of instructors/ program managers making use of technology for collaborative tools for continued development of the program.

Page 23: Ict for ag

Mobile apps The proliferation of smart phones has lead to the growth of powerful mobile apps.

The currently prohibitive cost of smartphones, and data subscriber plans, has limited the spread of apps to many.

If technology trends hold true, however, advances in phone technology should begin to appear in more affordable phones.

There are some very powerful and useful text based systems which are currently being widely used.

Page 24: Ict for ag

TEAAL – Digital research library on a disk2 million full text articles from agricultural journals.

Scholar reviewed selection of content for inclusion.

Extensive search and browse options.

Can be run standalone or on a network.

Base cost of $5,000 (U.S. dollars).

Page 25: Ict for ag

Citizen ScienceData gathering by broad distributed groups.

Can be combined with educational and data analysis opportunities for participants deepen understanding of current and emerging scientific issues.

Covers a broad range of scientific topics from astrophysics to ornithology to horticulture.

Can make use of new and emerging mobile technologies for data reporting.

Page 26: Ict for ag

eXtension – connecting educators

A nationwide (United States) online extension “system”.

Both a public facing web presence and backend content development space.

Extension educators, staff and faculty collaborate in “Communities of Practice” to develop content for public use.

Includes educator/staff development opportunities to increase digital and information literacy.

Page 27: Ict for ag

LEARNING EXCHANGE

TelecentersSocial Learning for TransparencyeCommerce

Page 28: Ict for ag

Evolving work in Nicaragua

San Ramon, Matagalpa, Nicaragua

Heart of coffee growing region in Nicaragua.

Hub of activity for NGO’s working in the surrounding rural regions.

Limited broadband access via a cyber café in San Ramon. No public broadband in surrounding communities.

Extensive cell phone usage for voice and text.

Page 29: Ict for ag

TelecentersProvide access to computers and the internet for the otherwise disconnected.

Provide training opportunities to develop digital literacy.

Are social spaces.

Page 30: Ict for ag

Social learning for connection and transparencyTechnology can enable greater transparency along the supply chain for producers and consumers.

A collaborative discovery process that can reveal commonalities across distance, crop produced and cultural setting.

The fair trade movement offers some examples of connecting consumers to producers.

Page 31: Ict for ag

E-Commerce ?The challenges of ecommerce for small producers is large.

To reach a global market issues of import/export must be addressed and for many this is a bar too high.

Sustaining a vital rural community encompasses all aspects of production for survival and sustainability.

Crafts production and marketing can play a role in supporting families during post harvest lean times.

How can we innovate around the barriers to provide sustainable pathways for ecommerce is small villages?

Page 32: Ict for ag

Global Connections, Local Impacts• Increased opportunities for collaboration across

borders• Greater awareness of commonalities in issues facing

citizens (farmers and rural community members, in our context)

• More transparent connections between producers and consumers

• Lead to stronger, more sustainable, local communities.

Page 33: Ict for ag

CHALLENGES AND OPPORTUNITIESLooking Forward

Page 34: Ict for ag

Disconnected• Universal broadband access does not exist.

– Inclusive online programming must be delivered through multiple channels.

• Emerging mobile technologies, text and voice based interaction and the potential of social media must be recognized.

• Creative models for community knowledge workers, telecenters and mobile phones can be used to bridge the gap between connected and disconnected.

Page 35: Ict for ag

Digital Literacy• The digital divide is twofold:

– Access to the internet and online resources– Ability to effectively use the technology

• To realize the potential of ICT, issues of access and technical facility have to be addressed.

• While mobile tech may increase access, digital literacy remains an issue.

Page 36: Ict for ag

The Facebook effect

Social media are emerging as an important point of access for many.

The impacts of participation are still being debated. Examples of increased civic participation are balanced by examples of the use of social media for “surveillance”.

Are the skills learned transferable? Can social media platforms be used to engage in dialog, reflection and learning?

Page 37: Ict for ag

Defining Appropriate ICT

In looking at our use of ICT multiple models present themselves.

The appropriate ICT model is a parallel to participatory development processes.

Inclusive and sustainable (appropriate) ICT presents challenges that can be circumvented by a traditional technology transfer model.

The question is – how do we want to work? In ICT endeavors this question is not necessarily given high value.

Page 38: Ict for ag

The Work Ahead• Increasing growth and investment in sustainable and

transparent ICT efforts .• Engaging new and emerging modalities such as

mobile technologies and social media.• Honoring local knowledge in an increasingly

connected world.

Page 39: Ict for ag

ContactPaul [email protected]@[email protected]://www.paultreadwell.com

Page 40: Ict for ag

Recommended