15. PVS in Tanzania
49 FPVS (6 var) with 1554 farmers (30% W)
Farmer preferred varieties :
ICEAPs 00053, 040, 936, & 932
16. PVS in Malawi
South Malawi, 27 FPVS Centl Malawi
Preferred Var:: ICEAP 00577 26 FPVS
00926
Preferred var.
01514/15,
01167/11,
01162/21
17. Preferred Traits in India
Andhra Pradesh Maharashtra
High grain yield (-do-) + good vigor*
Round medium (-do-) + brown seed*
bold grains
Resistance to (-do-)
Fusarium wilt
Resistance to SM (-do-)
Easy milling* Pod borer resist*
18. Preferred Traits in ESA
Malawi Tanzania
High yield -do-
large cream -do-
seeds
Fusarium -do-
resistance
Early maturity -do-
23. Capacity Enhancement
Maharashtra
â˘â 45 training programs (896 M +
30 W)
â˘â 7 Field days (330 M + 21 W)
Andhra Pradesh
â˘â 8 Trng prog (1213 M + 296 W)
â˘â 5 Field days (284 M + 48 W)
â˘â One training workshop (250 M
+70 W),
â˘â 31 resource persons trained.
24. Capacity Enhancement- contd..
Malawi
â˘â Grain Legume Task Force meeting in March 2009.
â˘â Trained 50 frontline extension staff trained (43 males
and 7 females)
Tanzania
â˘â 6200 farmers(40% F) trained
â˘â Agronomy training to 8 farmers groups, 22
extension officers
â˘â ToT training for 14 stakeholders in BS and value
chain
25. Capacity Enhancement
ď§âOne female Ph.D. student from
Tanzania registered with Sokoine
University of Agriculture
ď§âTwo Ph.D. students from MAU
Parbhani, and OU have started
research program
32. Large - scale OFTs, 2008
States No of Area (ha) Mean yield (kg ha-1)
farmers
% Adv
Hybrid Check
Mah 109 42 1031 754
36.7
A.P. 299 121 792 674
17.5
Karnataka 95 92 1131 951
18.9
M.P. 360 82 1280 1062
20.5
Total 863 337 ha 1058 860 23.0
33. New Promising Hybrids
Medium-duration
ICPH 3464 , ICPH 2740, ICPH 3462,
ICPH 3341, ICPH 4022, ICPH 4020
Short-duration
ICPH 2433, ICPH 2431, ICPH 2438
Standard Heterosis up to 150%
34. Marker â based purity test
â˘â Parental lines Hyb loc 1
tested for
polymorphism with
148 SSRs Hyb loc 2
â˘â Two markers CMS line
(CCB4 & CCttc006)
used for hybridity
R- line
confirmation
Micro-satellite polymorphism between
parental lines and hybrids
Linkage between genomics &
35. Lessons Learnt
ď§â Develop region - specific hybrids/varieties
ď§â Study abiotic stresses (drought and water-
logging ) to address challenges of climate
ď§â Phytophthora blight becoming important
ď§â Broad-based training of farmers essential
ď§âEnhance links with seed comp
ď§âEnhance links with genomics
36. Challenges Strategies (ASIA)
Yield plateau Breed high-yielding hybrids
Narrow planting Photo âthermal insensitivity
window
Insect damage Introgression from wild spp
Seed quality Maintenance breeding
Water-logging Identify resistant genotypes
Drought Extra-early lines, hybrids
Pb, Fusarium wilt, Use DOMINANT gene for
wilt resis; new res sources
37. Challenges Strategies (ESA)
Yield Breed high-yielding var.
Inadequate Better leverage &
Goverment
support representation
Insect damage Introgression
Demand & supply Strengthen seed system
gap
Linkages among Strength linkages
stakeholders
Training Enhance opportunities
38. Vision for Phase II
ď§âIntroduce pigeonpea in new niches (low &
med hills)
ď§âExpand FP- varieties in project areas
ď§âEnhance genetic variability by exploiting
- Genes from wild species
- African x Asian origin crosses
ď§âInitiate research on water- logging & early
season drought
39. Vision for Hybrid Breeding
- increase area**
-âdiversify parents**
-âexpand partnership base**
-âIntroduce hybrid tech. in ESA
-âspecific training (students, seed
production, quality maintenance)
-âUse genomics tools (one crop / year)
40. Low and mid hills
(up to 2200 m)
A potential niche
for
expanding pigeonpea area
Potential area = >500,000 ha
Technology is available