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Testi ting A Agri ricu cultu tural T Tech chnology i in Norther hern G n Ghana ana Feder derica a Di Battista a IPA, Research Coordinator Joan anna na Van Assel elt IFPRI, Senior Research Assistant Who Who a are we we?


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SLIDE 1

Testi ting A Agri ricu cultu tural T Tech chnology i in Norther hern G n Ghana ana

Feder derica a Di Battista a

IPA, Research Coordinator

Joan anna na Van Assel elt

IFPRI, Senior Research Assistant

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SLIDE 2

Who Who a are we we?

Innovat nnovation

  • n for
  • r Pove
  • verty A

Act ction

  • n

Discov

  • ver and

and pr prom

  • mote effe

effective sol

  • lut

utions to gl to glob

  • bal pov
  • verty pr

problems

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SLIDE 3

Th The p e probl blem

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SLIDE 4

Th The s e solution

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SLIDE 5

IPA G Gha hana

Three projects for agricultural development:

  • Disseminating Innovative

Resources and Technologies for Smallholders (DIRTS)

  • Testing Agricultural Technology

(TAT)

  • Conservation Agriculture

Evaluation (CAGE)

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SLIDE 6

Te Testing Agricultural Tec Technologies i in No Northern Gha hana na ( (TA TAT) T)

RESEARC RCHERS: Christopher Udry (North Western University) Dean Karlan (North Western University) Shashidhara Kolavalli (IFPRI) PARTNER ERS: S: Savanna Agricultural Research Institute (SARI) International Food Policy Research Institute (IFPRI) TIME LINE: Phase I: 2015 Phase II: 2016 ST STUDY Y AR AREA: EA: 3 northern regions of Ghana: Upper East Upper West Northern

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SLIDE 7

TA TAT T – Int ntroduc uction

Sub-Saharan Africa in the last 40 yrs (Akram-Lodhi, 2008) :

  • Growth of the Agriculture sector: 20%
  • Increase in the amount of land cultivated: 80%
  • Increase in productivity: 20%

Low Low adopt adoption n of

  • f impr

prov

  • ved i

d input nputs:

In Northern Ghana only 20% farmers adopt improved seed varieties

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SLIDE 8

TA TAT T – Ne Need eds as assessme ment

  • Inadequate availability
  • Heterogeneity in the localized returns to

technologies 1) Improving information about the performance

  • f new seeds in a variety of contexts in

Northern Ghana 2) Studying the means by which farmers learn about and test new technologies

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SLIDE 9

TA TAT T – Pha hase I I

We tested the performance of 5 seed varieties-

  • Pioneer
  • PAN53
  • Mamaba
  • Sanzal Sima
  • Obaatanpa
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SLIDE 10

TA TAT T – Pha hase I I

In 10 districts in the 3 northern regions of Ghana. Two types of trial plots per district:

  • 1 Mother trial
  • 4 Baby trial
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SLIDE 11

TA TAT T – Pha hase I I

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SLIDE 12

N Mean Yield (t/ha) Standard deviation Within-district correlation Pioneer 57 4.99 1.16 0.20 PAN 53 61 3.97 1.43 0.48 Obaatanpa 78 3.19 1.27 0.21 Sanzal Sima 60 3.13 1.34 0.50 Mamaba 58 2.99 1.49 0.73

TA TAT T – Pha hase I I

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SLIDE 13

TA TAT T – Pha hase I I

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SLIDE 14

TA TAT T – Pha hase I II

  • Community sensitization in all communities that took

part to the 2015 trials;

  • Interested farmers were given the opportunity to buy;

Pioneer subsidized starter pack;

  • Delivery of the starter pack;
  • Data collection: 302 farmers interviewed
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SLIDE 15

TA TAT T – Pha hase I II

Freq. Yield (t/ha) - farmer Yield (t/ha) - trial Bawku Municipal 28 2.11 4.91 Bolga Municipal 28 2.13 5.12 Kassena-Nankana 33 1.83 3.85 Nadowli-Kaleo 27 1.70 4.69 Sagnerigu 52 1.80

  • Savelugu-Nanton

31 1.50

  • Sissala East

29 1.68 6.09 Tolon 52 1.37 5.11 Wa Municipal 53 1.31 6.07 West Gonja 62 1.38 4.49 West Mamprusi 28 2.45 4.68 Yendi Municipal 18 1.16 4.72 Total 441 1.66 5.01

Pioneer neer yiel elds ds from m farme mers’ pl plot

  • ts
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SLIDE 16

Other hybrids include Mamaba, Pan 53 and, non-IPA sourced Pioneer

TA TAT T – Pha hase I II

All Ghana Northern Upper East Upper West Pioneer 2.5 3.3 1.8 1.8 Obaatanpa 1.1 1.0 1.0 1.4 Other Hybrids 1.5 1.4 1.5 1.8 Other OPV 1.4 1.2 1.3 1.6 0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0

Yields (mt/ha)

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SLIDE 17

Freq Seeding rate Bawku Municipal 28 3.88 Bolga Municipal 28 2.58 Kassena-Nankana 33 2.96 Nadowli-Kaleo 27 2.22 Sagnerigu 52 3.23 Savelugu-Nanton 31 3.45 Sissala East 29 2.94 Tolon 52 4.15 Wa Municipal 53 3.67 West Gonja 62 4.04 West Mamprusi 28 2.25 Yendi Municipal 18 3.07 Total 441 3.34

TA TAT T – Pha hase I II

The e ideal al seedi eding ng rate e for Pioneer neer sho hould be be 10 10 kg g of

  • f

see eeds pe per 1 1 ac acre of

  • f

land and cul ultivated

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SLIDE 18

Freq Mean

  • Std. Dev.

Land cultivated - reported 6,130 2.22 1.64 Land cultivated - measured 6,130 2.25 1.69 Difference 6,130

  • 0.02**

0.77

TA TAT T – Pha hase I II

Are e farmers over er-repo eporting ng land? d?

Source: DIRTS – Plot Measurement Survey, preliminary results

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SLIDE 19

TA TAT T – Co Conc nclus usion

  • ns
  • Pioneer and PAN53 are high-yield profitable technologies;
  • Neither of the other varieties tested, Mamaba or Sanzal

Sima, performed consistently higher than the farmers’ variety, Obaatanpa;

  • Due to inappropriate seeding rate, the average yield that

farmers are obtaining from Pioneer is lower than that from demo trials;

  • Nonetheless, Pioneer still outperformed all other varieties,

especially in the Northern region, where Pioneer yields were more than double the yields of other varieties.

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SLIDE 20

TA TAT T – Co Conc nclus usion

  • ns
  • Farmers expressed significant interest in purchasing Pioneer

next season;

  • This suggests that Pioneer seeds should be made available

to farmers in the North.

0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100% Overall Northern Upper East Upper West

Percentage of farmers

Plant pioneer at GHS 32 Plant pioneer at GHS 16 Plant pioneer free

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SLIDE 21

Question ions? s? comms@pover

verty-action

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  • rg