[PDF] The Farmer-led Irrigation Development Guide

View - Download The Farmer-led Irrigation Development Guide

Previous PDF

Next PDF

The

Farmer-led

Irrigation

Development

Guide

A what, why and how-to for

intervention design

a multidonor trust fund administered by the World Bank's Water Global Practice and supported by Austria's

A what, why and how-to for intervention design

Rights and Permissions

Citation:

The Farmer-led Irrigation Development

Guide: A what, why and how-to for intervention design

Acknowledgments

Contents

Main Guide

FOREWORD v

ABBREVIATIONS AND ACRONYMS vi

1 Why FLID? 01

2 Understanding FLID 05

3 Organization of the guide 07

4 Carry out your diagnostic 10

5 Consolidating the diagnostic 13

6 From diagnostic to interventions 19

7 From interventions to conceptualizing the

operation 23

8 From concept to operation design 26

9 Readiness 32

10 Learning during implementation 33

11 Illustrative examples of FLID operations 34

12 Conclusion 36

i-Boxes 37

A FLID systems framework 38

B Catalizing FLID: Examples 42

C Notes on persuasive approaches 44

D Working principles in FLID engagement 45

ǻ47

F Outcome and choice of indicators for the FLID operation 49

ǻ51

ǻ52

I Field level leadership 54

J Uganda country case 57

K Uganda country case - Setting up the (partial) subsidy intervention 63

L Uganda country case - Leveraging digital 64

constrained setting 65 N Uganda country case - Communication strategy 67

O Niger country case 69

REFERENCES 75

Module 6 - Output Markets

Module 7 - Technology

Modules

Module 1 - Resource Potential

2.1 Who is “the farmer"?

Module 3 - Policy and Legal

Module 4 - Knowledge

Module 5 - Finance

Photo credits:

Cover (from left, top row):

(middle row) (bottom row) Anouk

Page vii:

Page viii:

Page 4:

Pages 12, 61, 72:ǻ

Page 16:

Page 17:

Page 21:

Page 29:

Pages 37, 76:

Foreword

farmers, particularly in Africa, disrupting their capacity to produce help to safeguard domestic food security and strengthen against all odds. aims to support solid diagnostics, practical guidance and policy inspire informed action!

World Bank

Abbreviations and acronyms

4P

DLI disbursement linked indicator

DPO FLID

FLLǻ

GDP gross domestic product

ha hectare i-box

ICT information and communication technology

IPFǻ

M&E

MIS monitoring and information system

MSP NGO

O&M operation and maintenance

PAYG PforR RECA Réseau national des Chambres d'Agriculture du Niger SDG SIIP

SPIN Strategie de la Petite Irrigation au Niger

TOR vii

Get the most from your guide

NAVIGATING THE GUIDE

ji j

PREVIOUS VIEW

i You can then freely explore the document using the navigation pane on the left of your reader or the many hyperlinks provided in the text, and backtrack to the start by repeatedly hitting the j button.

Show Page Navigation Tools

Page Navigation

Windows:ȷȜȋ

PRINTING

File > Print

Fit to Printable AreaShrink to

Printable Area

1 Why FLID?

Characteristically, farmers who autonomously develop irrigation are entrepreneurial innovators, targeting new markets and investing their own resources. Hundreds of use practices. Many smallholder farmers are constrained by

ǻnatural resource

potential, such as in large parts of Africa, public action can an expansion focus process. a sustainability focus The FLIDguide is a resource pack to help governments, development practitioners and other key stakeholders design public interventions to catalyze FLID. It has a focus on Africa, but much of the material will be relevant to other regional contexts.

Smallholder farmers take the lead

in irrigation development expansion

Larger areas with more farmers irrigating

where resources are plentiful productivity gains

Better water productivity and yields where

resources are increasingly scarce and improved livelihoods

Government motivations

to facilitate FLID

Figure 1 ǻ

the capacity and funding resources to accelerate irrigation Catalyzing FLID is of interest to governments because of the advantages when compared with conventional public-led irrigation development:

The unit investment costs are generally lower

Farmers are primarily responsible for operation and maintenance (O&M). the emphasis is on large numbers of small and simple systems. tenure arrangements are less of a constraint than in the case

Increased agricultural GDP

Economic growth

National debt reduction

Reduced rural poverty

Improved food security and nutrition

Better water resource prioritization

Improved resilience

Climate change adaptation

COVID-19 recovery

Users of the guide

and their surrounding landscapes. to catalyze that the process requires a smaller push to clear the barrier. catalyzing FLID faster progress for those already irrigating, and

Ideas on how

to pitch FLID

FLID contexts

mostly individual farmersmostly farmers' groups

In wetter areas, farmers

often build diversion structures on mountain streams leading water into gravity irrigation systems using canals

Where the topography

allow, plastic pipelines feeding hoses or

In wetland areas, bunds and drains are constructed to control shallow groundwater levels just below the root zone to enable plant growth through In urban and peri-urban settings farmers use a variety of wastewater sources, such as the Ǽwastewater treatment plants and open roadside issues from sewage and urban pollutants are ǼǼareas where groundwater is well below the root zone, but still shallow enough to access with open wells (typically < 15 m), petrol and diesel pumps, bucket-and-rope systems, and solar- Similar technologies are used alongside rivers and Along canals, drains and tailwater outlets of many major irrigation schemes, individuals divert or pump water to land on often marginal and water are similar to open water

The most familiar contexts of FLID

Ponds,

rivers & groundwater

Mountains &

hillsides (streams & springs)Wetlands (dambos & fadama)

ǼNear large-scale

schemes (tail & drainage water)

Figure 2

05

2 Understanding FLID

Farmquotesdbs_dbs45.pdfusesText_45

[PDF] education chez rousseau

[PDF] cours dirrigation et drainage

[PDF] irrigation localisée étude

[PDF] le cycle du combustible nucléaire pdf

[PDF] optimisation de la gestion et de l'utilisation de l'énergie

[PDF] cycle du combustible nucléaire en france

[PDF] recyclage combustible nucléaire

[PDF] cycle du combustible areva

[PDF] combustible utilisé dans les centrales nucléaires

[PDF] optimiser la gestion et l'utilisation de l'énergie correction

[PDF] pourquoi le cristallin est transparent

[PDF] raymond queneau exercices de style reve

[PDF] règle soh cah toa

[PDF] anomalies du cristallin

[PDF] etiopathogénie des maladies parodontales