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Pigeonpea
             in
Tropical Legumes-II
        (Objective 6)
  Annual Review & Planning Meeting, Bamako, Mali.
                November 17, 2009
An ideal plant for sustainable
         agriculture
            • Food,     Feed
           • Fuel-wood,      Fodder
           • Bio – fertilizer
           • Nutrient recycling
           • Drought tolerant
           • Performs in low fertility
It is a different legume




Photo-period sensitive   Out-crossing
Global area, production, & yield
Key Partners
        ASIA                    ESA

ICRISAT- Patancheru,   •  ICRISAT- Nairobi

PDKV- Akola, Mah.      •  SARI- Arusha, TNZ

                       •  IARI- Ilonga, TNZ
ANGRAU- Hyderabad,
                       •  CARS - Lilongwe,
                       Malawi
Project Locations in India
           Maharashtra
           Akola
           Washim

           Andhra Pradesh

           Rangareddy
           Mahab’nagar
Project Locations ESA
           1.  anzania
             T
           •  Babati & Karatu
              districts


           2. Malawi
           •  Southern and central
Outputs             Methodologies
Farmer preferred Participatory variety selection
varieties        (M &B trials), farmers’ opinion
Drought           Eval. at expt stn. in rain-fed
tolerance*        areas*
Wilt + SM dis.    Screening in sick plots with
resistance        >95% disease incidence
Insect resistance Choice / no-choice conditions
Yield             Hybrid breeding, seed prodn
enhancement       tech, & on-farm evaluation,
                  link’s with seed companies
OUTPUT : FARMER
  PREFERRED VARIETIES
Progress    : Milestone achieved
             Seed distribution
              under progress
Participn: Asia = 978, ESA = 1554
FPVS Trials, A. P.
                   Mother trials: 4
                   Design : 3 Reps
                    Entries : 6 +1



Baby trials : 16
Entries : 2 + 1
Varieties Preferred in
       Ranga Reddy A.P.

- PRG 158
•  Asha
(n = 407)
Varieties Preferred in Mahabubnagar,
                 A.P.
1.  Asha
2.  PRG 158
   (n = 295 )
FPVS Trials, Mah
Mother trials: 6
Reps    :2
Entries : 7 +2



Baby trials: 16
Entries : 2 + 1
Varieties Preferred in Maha
          (n = 276)
1. PKV
   Trombay
2. AKT 8811
( n = 276 )
PVS in Tanzania
49 FPVS (6 var) with 1554 farmers (30% W)




Farmer preferred varieties :
ICEAPs 00053, 040, 936, & 932
PVS in Malawi
South Malawi, 27 FPVS         Centl Malawi
Preferred Var:: ICEAP 00577   26 FPVS
                      00926
                              Preferred var.
                              01514/15,
                              01167/11,
                              01162/21
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*
Preferred Traits in ESA
     Malawi      Tanzania
High yield        -do-
large cream       -do-
seeds
Fusarium          -do-
resistance
Early maturity    -do-
Drought Screening
Progress:    On-going (Adv lines )
ICRISAT      : 50 lines eva. (2+1* prom)
PDKV Akola   : 32 lines eva. (no sel)
ANGRAU       : 52 lines eva. (1+1* prom)
Disease Resistance
•  CRISAT: 327 lines
 I
 Adv lines     : 85 (18)
 R- lines      : 192 (22)
 A- & B- lines : 50 (12)


• Akola   : 30 lines
• Hyd’bad : 90 lines

  Yr. 2 screening in progress
New wilt resistant lines bred
          Tanzania (5)
 Acc 74,128, 125, 130 & 135
          Malawi (9)
 ICEAP # 01203, 01197, 01179,
01160, 01392, 00933, 00040,
00926 & 01499/7
Pod Borer Screening
 Yr 1. Field screening completed
• 146 germplasm accessions
   19 inter-specific derivatives
  107 prog (ICPW 94 x ICP 28 )

• Promising germplasm

 ICP 995, ICP 1279, ICP 6128, ICP 8840,
 ICP 10397, ICP 8863, ICP 332, ICPL 187-1
Capacity Enhancement
Maharashtra

•  45 training programs (896 M +
   30 W)
•  7 Field days (330 M + 21 W)

Andhra Pradesh

•  8 Trng prog (1213 M + 296 W)
•  5 Field days (284 M + 48 W)
•  One training workshop (250 M
   +70 W),
•  31 resource persons trained.
Capacity Enhancement- contd..
Malawi

•  Grain Legume Task Force meeting in March 2009.
•  Trained 50 frontline extension staff trained (43 males
   and 7 females)

Tanzania

•    6200 farmers(40% F) trained
•    Agronomy training to 8 farmers groups, 22
   extension officers
•  ToT training for 14 stakeholders in BS and value
   chain
Capacity Enhancement

 One female Ph.D. student from
  Tanzania registered with Sokoine
  University of Agriculture

 Two Ph.D. students from MAU
  Parbhani, and OU have started
  research program
Farmer Friendly Literature-ESA

Malawi
• Manual for pigeonpea production in
  English & Chichewa published

Tanzania
• A draft information bulletin in
  Kiswahili is in progress in Tanzania.
Information Bulletins- Asia
              1. Tur Lagwad Aani Bijotpadan
                 Tantragyan (Pigeonpea
                    cultivation and seed
                 production technology).

              2. Tur Lagwad Tantragyan (Pigeonpea
                 cultivation technology).

              3. Kandi Eittanotpattialo Melakuvalu
                 (Pigeonpea seed production
                 technology).

              4. Kandi Panta Yajamanya Paddatiulu
                 (Package of practices for
                 pigeonpea).

              5. Kandi Samagra Sasyarakshna (IPM
                 technology in pigeonpea).
Breeding Hybrids
    for High Yield
• Major activities
  - evaluation (MLT + OFT)
  - breeding new parents/hybrids
  - training
  - links with seed sector
Hybrids at pre-release stage
     ICPH – 2671 & ICPH 2740
•  Marketed by
   seed
   companies
•  Medium
   duration
•  Resistant to
   diseases


Yield Gains in OFTs 20 – 90 %
Yield of ICPH 2671 in MLTs




                      (n=43)
Yield of ICPH 2740 in MLTs




                       (n=33)
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
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%
Marker – based purity test
•  Parental lines                               Hyb loc 1
tested for
polymorphism with
148 SSRs                                        Hyb loc 2


•  Two markers                                   CMS line
(CCB4 & CCttc006)
used for hybridity
                                                 R- line
confirmation
                     Micro-satellite polymorphism between
                     parental lines and hybrids

 Linkage between genomics &
Lessons Learnt
  Develop region - specific hybrids/varieties
  Study abiotic stresses (drought and water-
   logging ) to address challenges of climate
  Phytophthora blight becoming important
  Broad-based training of farmers essential

 Enhance links with seed comp
 Enhance links with genomics
Challenges              Strategies (ASIA)
Yield plateau        Breed high-yielding hybrids
Narrow planting      Photo –thermal 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
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
Vision for Phase II
 Introduce pigeonpea in new niches (low &
  med hills)
 Expand FP- varieties in project areas
 Enhance genetic variability by exploiting
  - Genes from wild species
  - African x Asian origin crosses
 Initiate research on water- logging & early
  season drought
Vision for Hybrid Breeding
 - increase area**
 - diversify parents**
 - expand partnership base**
 - Introduce hybrid tech. in ESA
 - specific training (students, seed
   production, quality maintenance)
 - Use genomics tools (one crop / year)
Low and mid hills
  (up to 2200 m)
    A potential niche
          for
expanding pigeonpea area

Potential area = >500,000 ha
  Technology is available
Example;; Nainital, 1630 m
Rudrap’g, Pigeonpea at 2200 m
Thanks
for your attention

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19 K B Saxena Objective6 Pigeonpea

  • 1. Pigeonpea in Tropical Legumes-II (Objective 6) Annual Review & Planning Meeting, Bamako, Mali. November 17, 2009
  • 2. An ideal plant for sustainable agriculture • Food, Feed • Fuel-wood, Fodder • Bio – fertilizer • Nutrient recycling • Drought tolerant • Performs in low fertility
  • 3. It is a different legume Photo-period sensitive Out-crossing
  • 5. Key Partners ASIA ESA ICRISAT- Patancheru, •  ICRISAT- Nairobi PDKV- Akola, Mah. •  SARI- Arusha, TNZ •  IARI- Ilonga, TNZ ANGRAU- Hyderabad, •  CARS - Lilongwe, Malawi
  • 6. Project Locations in India Maharashtra Akola Washim Andhra Pradesh Rangareddy Mahab’nagar
  • 7. Project Locations ESA 1.  anzania T •  Babati & Karatu districts 2. Malawi •  Southern and central
  • 8. Outputs Methodologies Farmer preferred Participatory variety selection varieties (M &B trials), farmers’ opinion Drought Eval. at expt stn. in rain-fed tolerance* areas* Wilt + SM dis. Screening in sick plots with resistance >95% disease incidence Insect resistance Choice / no-choice conditions Yield Hybrid breeding, seed prodn enhancement tech, & on-farm evaluation, link’s with seed companies
  • 9. OUTPUT : FARMER PREFERRED VARIETIES Progress : Milestone achieved Seed distribution under progress Participn: Asia = 978, ESA = 1554
  • 10. FPVS Trials, A. P. Mother trials: 4 Design : 3 Reps Entries : 6 +1 Baby trials : 16 Entries : 2 + 1
  • 11. Varieties Preferred in Ranga Reddy A.P. - PRG 158 •  Asha (n = 407)
  • 12. Varieties Preferred in Mahabubnagar, A.P. 1.  Asha 2.  PRG 158 (n = 295 )
  • 13. FPVS Trials, Mah Mother trials: 6 Reps :2 Entries : 7 +2 Baby trials: 16 Entries : 2 + 1
  • 14. Varieties Preferred in Maha (n = 276) 1. PKV Trombay 2. AKT 8811 ( n = 276 )
  • 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-
  • 19. Drought Screening Progress: On-going (Adv lines ) ICRISAT : 50 lines eva. (2+1* prom) PDKV Akola : 32 lines eva. (no sel) ANGRAU : 52 lines eva. (1+1* prom)
  • 20. Disease Resistance •  CRISAT: 327 lines I Adv lines : 85 (18) R- lines : 192 (22) A- & B- lines : 50 (12) • Akola : 30 lines • Hyd’bad : 90 lines Yr. 2 screening in progress
  • 21. New wilt resistant lines bred Tanzania (5) Acc 74,128, 125, 130 & 135 Malawi (9) ICEAP # 01203, 01197, 01179, 01160, 01392, 00933, 00040, 00926 & 01499/7
  • 22. Pod Borer Screening Yr 1. Field screening completed • 146 germplasm accessions 19 inter-specific derivatives 107 prog (ICPW 94 x ICP 28 ) • Promising germplasm ICP 995, ICP 1279, ICP 6128, ICP 8840, ICP 10397, ICP 8863, ICP 332, ICPL 187-1
  • 23. Capacity Enhancement Maharashtra •  45 training programs (896 M + 30 W) •  7 Field days (330 M + 21 W) Andhra Pradesh •  8 Trng prog (1213 M + 296 W) •  5 Field days (284 M + 48 W) •  One training workshop (250 M +70 W), •  31 resource persons trained.
  • 24. Capacity Enhancement- contd.. Malawi •  Grain Legume Task Force meeting in March 2009. •  Trained 50 frontline extension staff trained (43 males and 7 females) Tanzania •  6200 farmers(40% F) trained •  Agronomy training to 8 farmers groups, 22 extension officers •  ToT training for 14 stakeholders in BS and value chain
  • 25. Capacity Enhancement  One female Ph.D. student from Tanzania registered with Sokoine University of Agriculture  Two Ph.D. students from MAU Parbhani, and OU have started research program
  • 26. Farmer Friendly Literature-ESA Malawi • Manual for pigeonpea production in English & Chichewa published Tanzania • A draft information bulletin in Kiswahili is in progress in Tanzania.
  • 27. Information Bulletins- Asia 1. Tur Lagwad Aani Bijotpadan Tantragyan (Pigeonpea cultivation and seed production technology). 2. Tur Lagwad Tantragyan (Pigeonpea cultivation technology). 3. Kandi Eittanotpattialo Melakuvalu (Pigeonpea seed production technology). 4. Kandi Panta Yajamanya Paddatiulu (Package of practices for pigeonpea). 5. Kandi Samagra Sasyarakshna (IPM technology in pigeonpea).
  • 28. Breeding Hybrids for High Yield • Major activities - evaluation (MLT + OFT) - breeding new parents/hybrids - training - links with seed sector
  • 29. Hybrids at pre-release stage ICPH – 2671 & ICPH 2740 •  Marketed by seed companies •  Medium duration •  Resistant to diseases Yield Gains in OFTs 20 – 90 %
  • 30. Yield of ICPH 2671 in MLTs (n=43)
  • 31. Yield of ICPH 2740 in MLTs (n=33)
  • 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 – based purity test •  Parental lines Hyb loc 1 tested for polymorphism with 148 SSRs Hyb loc 2 •  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   Develop region - specific hybrids/varieties   Study abiotic stresses (drought and water- logging ) to address challenges of climate   Phytophthora blight becoming important   Broad-based training of farmers essential  Enhance links with seed comp  Enhance links with genomics
  • 36. Challenges Strategies (ASIA) Yield plateau Breed high-yielding hybrids Narrow planting Photo –thermal 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  Introduce pigeonpea in new niches (low & med hills)  Expand FP- varieties in project areas  Enhance genetic variability by exploiting - Genes from wild species - African x Asian origin crosses  Initiate research on water- logging & early season drought
  • 39. Vision for Hybrid Breeding - increase area** - diversify parents** - expand partnership base** - Introduce hybrid tech. in ESA - specific training (students, seed production, quality maintenance) - Use 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