what drives agroforestry adoption in cameroon? by degrande ann et al

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What drives agroforestry adoption

in Cameroon?

Degrande Ann1, Chiatoh Maryben1, Nimino Godwill1, Ngaunkam Precilia1,

Franzel Steven2 and Place Frank3

(1) World Agroforestry Centre, West and Central Africa/Humid Tropics,

Yaoundé, Cameroon (2) World Agroforestry Centre, Headquarters, Nairobi, Kenya.

(3) International Food Policy Research Institute, Washington DC, USA H

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Outline

• Introduction • Objective of the study • Methodology • Results • Conclusion • Research and Policy Implications

Introduction

• Importance of understanding adoption:

– document progress in disseminating new practices,

– improve efficiency of the technology development and dissemination process,

– provide farmer feedback for improving research and extension programmes,

– help identify policy and other factors contributing to successful technology development and constraints limiting the achievements

Franzel et al. (2001)

• Growing body of literature on adoption:

– biophysical characteristics of technologies,

– individual and household conditions of farmers

– institutional context in which adoption of innovations takes place

• challenging to understand adoption of innovations in a way that would help design better extension systems

Objective of study

Agroforestry technologies in humid forest and savannah zones of

Cameroon:

- Fertiliser trees and shrubs

- Fodder trees and shrubs

- Tree domestication: - Tree propagation

- Tree integration

- Value addition and marketing of tree products

Objectives of study

• to analyse adoption of agroforestry technologies by farmers in humid forest and savannah zones of Cameroon

• to develop recommendations to accelerate adoption

Methodology

Step 1: Division into strata reflecting agro-ecological zone and market access – factors hypothesised to affect adoption of AF

Relay Organizations – Community-Based extension services • boundary-spanning actors (NGOs, CBOs, farmer associations) that link research

organisations like ICRAF, and farmer communities • disseminate innovations to farmers using demonstrations, training and technical

assistance, after which farmers provide feedback and by so doing, help develop the innovations further

Step 2 : Choice of relay organizations (ROs) => In each stratum defined above, at least 1, where possible 2 ROs were selected; giving a total of 12 ROs

Agro-ecological zones Market access

Good Poor Sub-humid savannah: West

region

2 1

Sub-humid savannah: North-West

region

2 2

Forest mono-modal rainfall:

Littoral and South-West regions

1 1

Forest bi-modal rainfall: Centre,

South and East regions

1 2

Step 3: Selection of study villages

2 factors affecting adoption rate of innovations promoted: H1: distance from RO

=> 2 axes, 3 radii (15, 30, 45 km from RO)

H2: extension efforts from RO => 3 villages with intervention (‘project’ village), 3 without intervention (‘control’ village)

30-45km 15-30km 0-15km 0-15km

km

15-30km

km

30-45km

km R

O V3

V2 V1 V4 V5 V6

V = Village RO = Relay organization

X2 X1

X1 = Axis 1 X2 = Axis 2

R3 R2 R1 R2

R3

R = Radius

Step 4: Selection of study households

• List of households residing in village (with key persons and administrative authorities)

• 15 households per village randomly selected

• 10 interviewed per village; total: 720

RESULTS

- What agroforestry practices are adopted? - Who is adopting? - How does dissemination of agroforestry practices take

place?

What AF practices are adopted?

0

5

10

15

20

25

30

35

40

45

Soil fertilitymanagement

Foddertrees/shrubs

TreePropagation

Integrationof improved

trees

CollectiveAction in

marketing

Post-Harvestof AFTPs

Nu

mb

er o

f re

spo

nd

ents

(%

)

AF Techniques

Project village

Control village

More recently introduced innovations such as collective action in marketing of agroforestry products and post-harvest techniques were more commonly adopted in project villages than in control villages

Who is adopting?

0

10

20

30

40

50

60

70

80

Heard about AF Heard about TD Plantedimproved trees

Nu

mb

er

of

resp

on

den

ts (

%)

Project village

Control village

Action

Awareness

= ‘ADOPTION’

Adoption by gender

• more men than women had heard about agroforestry

• the proportion of men (51%) and women (53%) that heard of tree domestication was not very different

• men adopted tree domestication more than women

• similar trends in project and control villages

Involvement in AF practices

0

10

20

30

40

50

60

70

80

90

100

Soil fertilitymanagement

Foddertrees/shrubs

TreePropagation

Integration ofimproved

trees

CollectiveAction in

marketing

Post-Harvestof AFTPs

% o

f re

spo

nd

en

ts

Agroforestry Practices

All

Male & female adult

Children

Female adult

Male adult

Male dominated AF practices

Female dominated AF practices

Adoption by agro-ecological zone

• Awareness does not automatically lead to planting of improved trees

• Great differences in adoption of specific AF practices between agro-ecological zone – Soil fertility and fodder

shrubs/trees more in humid savannah

– Collective action and post-harvest more in humid forest

0

10

20

30

40

50

60

70

80

90

Heard about AF Heard about TD Plantedimproved trees

Nu

mb

er o

f re

spo

nd

en

ts (

%)

Humid Forest Bi-modal

Humid Forest Mono-modal

Humid Savannah West

Humid SavannahNorth-West

How does dissemination takes place?

0

5

10

15

20

25

30

35

40

% o

f re

spo

nd

en

ts

Sources of agroforestry information

projectvillagewitnessvillage

LOW: GOVERNMENT

HIGH: NGO/RO

HIGH: Fellow farmers

Farmer-to-farmer exchange of knowledge and training

• 86% provided information about AF to others

• 54% trained others • Some AF practices are more

difficult to train others on • Information shared with:

– fellow farmers in the village (72%) or outside the village (14%)

– household (6%) or other family (8%) members

• Men (84%) and women (87%) were equally active in sharing agroforestry information

0

10

20

30

40

50

60

70

80

90

100

% o

f re

spo

nd

ents

wh

o t

rain

ed

Agroforestry Practice

Male

Female

CONCLUSION & RECOMMENDATIONS

CONCLUSION

• No meaningful differences in terms of age of HH head, HH size, farm size, experience with farming or wealth indicators between adopters and non-adopters

• What facilitated adoption significantly: – membership in farmer organisation,

– Contact with extension services,

– Exposure to agroforestry information.

• Farmers, men and women, share knowledge with fellow farmers within and outside their village, though to different extent depending on technique

Policy Implications

• Importance of grassroots extension mechanisms and farmer-to-farmer dissemination

• Strengthen the role of CBOs in agroforestry extension

• Encourage exchange of information and skills between fellow farmers

Thank you

For more information: a.degrande@cgiar.org

International Fund

for Agricultural

Development

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