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T S L V The Sierra Leone Smart Farm Village - Econlivlab Sierra... · Prof. Federico Perali...

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THE SIERRA LEONE SMART FARM VILLAGE Project Leaders Prof. Federico Perali Prof.ssa Antonella Furini Mayor Edward Yamba Koroma Research Staff Prof.ssa Michela Sironi Dr. Maikol Furlani Arch. Roberto Carollo Arch. Francesca Benati Eng. Giorgio Pascucci Eng. Remo Tantalo Dr. Elena Dalla Chiara Prof.ssa Martina Menon Prof.ssa Marcella Veronesi Dr. Michele Baggio Mr. France Nathaniel The Sierra Leone Smart Farm Village Verona, december 2015
Transcript

THE SIERRA LEONE

SMART FARM VILLAGE

Project Leaders

Prof. Federico Perali

Prof.ssa Antonella Furini

Mayor Edward Yamba Koroma

Research Staff

Prof.ssa Michela Sironi

Dr. Maikol Furlani

Arch. Roberto Carollo

Arch. Francesca Benati

Eng. Giorgio Pascucci

Eng. Remo Tantalo

Dr. Elena Dalla Chiara

Prof.ssa Martina Menon

Prof.ssa Marcella Veronesi

Dr. Michele Baggio

Mr. France Nathaniel

The Sierra Leone

Smart Farm Village

Verona, december 2015

A SMART PROJECT BORN AND DEVELOPED

INTO THE ECONOMICS DEPARTMENT

OF VERONA UNIVERSITY

IN PARTNERSHIP WITH THE

GOVERNMENT OF SIERRA LEONE

...TO PROJECT POOR PEOPLE

INTO THE FUTURE

...TO PLAN A NEW SUSTAINABLE DEVELOPMENT

MODEL FOR AFRICAN VILLAGES

The Sierra Leone Smart Farm Village is a sustai-

nable and replicable Village, at low footprint,

autonomous for food supply, energy and water

use

It is an agro-industrial local economy specialized

in rice and vegetable production used to nourish

the local population and for export

It is an healthy environment because designed to

be an hygienically safe site also thanks to the

construction with local materials of a modern

health center and a sustainable sewage system

The village is smart because well-educated local

people use advanced environmentally compati-

ble technologies, construction techniques (straw

housing, screw foundations, etc.), and complete

recyclying of organic and inorganic material

Interactions among village households in factor

and commodity markets create local income

linkages and feedbacks across sectors of the lo-

cal economy generating a virtuous circle foste-

ring sustainable economic and social growth

The village is a peaceful society because based

on the respect of traditional social norms and

the “just” distribution of tenure rights to families

The village sustainable development model

preserves the local environmental assets for fu-

ture generations while producing and consum-

ing local products, such as rice, fish and wood

from the village public forest

Both food and construction activitiea are at 0-

km

From the Study

to the Implementation

The Selected Development area:

Rokupr

North-East of Freetown

Rokupr

Demographic structure:

12,000 people

avg household size=6

64% below 24 years old

10% above 50 years old

The Social Analysis at the Village

Level

To create a sustainable village model is crucial to

know the social linkages and transfers across house-

holds, because only from the knowledge of this inter-

actions we can understand the likely effect of chang-

es in the economic context on household income and

food supply.

Our approach starts analysing the way people obtain

access to the goods they need to survive, socialize

and prosper.

For example, we analyse:

how people in different social and economic cir-cumstances get the food

The Local Village Economy

Our goal is to estimate the full impact of the deve-

lopment project from the social and the economic

point of view.

The Social Accounting Matrix (SAM) for Sierra Leone

and the SAM construction for the local village econo-

my permit us to realise an economic snapshot before

and after the project implementation.

With the SAM tool we can carry out a complete feasi-

bility plan to determine the total internal rate of re-

turn of the project to justify the investments

(Government, international banks, privates, etc) and

Richer

Households

Poorer

Households

Labour Natural Resource sales (fish, charcoal, firewood poles, etc)

Livestock, Fish

& Food

Livestock, Fish

& Food

Food & household goods

Food

Loans & gifts

Remittances

Village Regional Market Urban Centre

The Village impact analysis

We start analyzing the microdata from a National to a Local level and creating an organized database:

data from LSMS Living Standards Measurement Study - World Bank

microdata from Sierra Leone Households Survey

SIERRA LEONE Use of housing materials

Freq. Percent Cum.

Mud & Wattle 3,985 59 59

Burnt Bricks 425 6 65

Timber 65 1 66

Corrugated Iron Sheets 302 4 71

Stone 3 0 71

Cement/Concrete 1,957 29 100

Tarpaulin 4 0 100

Other 22 0 100

Total 6,763 100

KAMBIA DISTRICT Use of housing materials

Freq. Percent Cum.

Mud & Wattle 225 73 73

Burnt Bricks 24 8 80

Timber 8 3 83

Corrugated Iron Sheets 9 3 86

Cement/Concrete 40 13 99

Tarpaulin 3 1 100

Other 1 0 100

Total 310 100

From the construction of

Sierra Leone Social Accounting

Matrix to the ZOOM on ROKUPR

Smart Farm Village Economy

For example to plan the housing development we studied the microdata on housing materials, win-

To evaluate the impact

of the project

The Rokupr daily per capita GDP

Pre (Year 0) and

The impact of Smart Farm Village implemen-

tation

on Rokupr Gross Production:

3 round of investments, 5 Millions € per year

The impact of Smart Farm Village implemen-

tation

on Rokupr employment:

The first sketch of the economic and social

Sustainable Rokupr Village

18 Sub-projects for an integrated and sustainable deve-

The rice farm

1,000 ha for rice cultivation

General cost in the first three years: about 1,450,000 € (machineries, buildings and irrigation system)

Operative costs for each year: about 380,000 €

From 600 employees to 50 employees when tech-nologies are used (the workforce move from the agricultural sector to the manufacture and trade sectors). The cost for a working hour change from 1€ of the first year to 5€ in the third year.

Financial rate of return on investment (25 years, 5% discount rate): 34.52%

The fish farm

120 fish ponds in operation covering 7 ha of land, while another hectar will be reserverd for the fin-gerlings laboratory and breeding

General cost in the first three years: about 89,105€ per year (machineries, buildings and irrigation sy-stem)

Operative costs for each year: about 217,569€ (fingerlings, fertilizers, harvesting, maintenance costs, labor, other operative costs, transport, etc.)

8 employees. The cost for a working hour will in-crease of 1€ every five years, reaching the level of 5€/hour in year 25

Financial rate of return on investment (25 years, discount rate 5,00%): 10.07%

The livestock area

Batch size: 5000 birds/flock

General cost in the first three years: about 146,250

€ (machineries, buildings and equipment)

Operative costs for each year: about 380,000 € (day

old chicks cost,feed, medicine/vaccination, main-

tenance costs, labor, other operative costs, tran-

sport, etc.)

Financial rate of return on investment (25 years, 5%

discount rate): 7.49%

Financial net present value of the investment (25

years, 5% discount rate): 47,515.95 €

The forest nursery

The forest nursery will cover 84 Ha of land, that

will be useble to replace the 84 Ha of existing fo-

rest wich is going to be cutted due to have enough

sawn timber for the construction of 1000 houses,

500 in the fist 5 years and other 500 within year 10

1,000 mahogany seeds are going to be planted in

each hectar, for a total amount of 84,000 seeds,

that after 20 years can produce about 11,000 cu-

bic metres of sawn timber.

252 employees during the sivicultural season, and

50 employees during the maintenance season.

The cost for a working hour will increase from 1€ in

the first year to 2€ in the fifth year.


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