National Agricultural Innovation Project Component 3:(PROJECT CODE:30036 & NBPGR CODE:060-NAIP-SKP-10)::Project Period Four Years [September 2009 to 31 March 2013] & Total Budget outlay of the project:Rs.889.68 Lakhs
NAIP-BIODIVERSITY PROJECT COMPONENT-3,[FUNDED BY GEF]
  1. Year-Wise Break up of Interventions on plant genetic resources- NBPGR, New Delhi
  2. District-Wise Break up of Interventions on plant genetic resources- NBPGR, New Delhi
  3. Year-Wise Break up of Interventions on Animal Genetic Resources-NBAGR, Karnal
  4. District-Wise Break up of Interventions on Animal Genetic Resources-NBAGR, Karnal
  5. Year-Wise Break up of Interventions on fish genetic resources- NBFGR, Lucknow
  6. District-wise quantification of Interventions for fish genetic resources-NBFGR Lucknow
  7. Year-Wise Break up of Interventions on plant, animal and fish genetic resources- CSK HPKV, Palampur (Chamba district)
  8. Year-Wise Break up of Interventions on plant, animal and fish genetic resources- MPUA&T, Udaipur (Udaipur district)
  9. Year-Wise Break up of Interventions on plant, animal and fish genetic resources- ANGRAU, Hyderabad (Adilabad district)
  10. Year-Wise Break up of Interventions on plant, animal and fish genetic resources- AP State Biodiversity Board, Hyderabad (Adilabad district)
  11. Year-Wise Break up of Interventions on Seva Mandir, Udaipur
Year-Wise Break up of Interventions on plant genetic resources- NBPGR, New Delhi
S. No. Activity I year II year III year IV year
1.
  • Documenting social, cultural and economic factors that shape farmers' decisions regarding maintenance of genetic diversity on-farm.
  • Testing relationships between these factors and on-farm diversity.
  • Assessing the value of local crop diversity/populations for farmers and markets.
  • Documentation and registration of farmers' varieties to protect farmer's right.
  • yes
  • Yes
  • yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • 2
    • Agro-ecosystem influences on agro-biodiversity: Natural and farmer-managed.
    • Agro-morphological characters, farmer selection and maintenance.
    • Farmer management of population structure of crops, animal breeds and fish resources in traditional production systems.
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • 3
    • Developing community-based registers or records by community members, of all landraces in a community, including information on their custodians, passport data (e.g. agromorphological characteristics), agroecological characteristics, and cultural or use significance.
    • The collection and documentation of farmers' knowledge for their and others' future use ("memory banking"). Memory banking serves to capture the cultural dimensions of plant biodiversity - including local names, indigenous technologies and uses associated with different plants and varieties - for access and control by communities.
    • Integrating this type of knowledge into genebank documentation systems or associating it with an in situ onservation initiative.
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • 4
    • Selecting genetically important populations and farming systems for value addition.
    • Improving the material itself through farmer participation (e.g. participatory plant/ animal/fish breeding).
    • Improved farmers' access to genetic materials (e.g. establishment of community biodiversity registers/genebanks; strengthening seed exchange networks; incorporating local resources into agricultural extension packages; organising diversity fairs etc.).
    • Increasing consumer demand for local agricultural biodiversity (e.g. adding value through processing; organic farming etc.) and incentive to farmers through crop diversification and marketing interventions.
    • The role of policy (e.g. support for farming systems maintaining very high genetic diversity in case opportunity cost of conservation becomes too high for farmers to continue maintaining local genetic resources).
  • Yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • Yes
  • yes
  • yes
  • 5
    • Training on awareness generation,
    • Biodiversity fair
    • Documentation
    • Audio-video success story
    15 Trainings 15 Trainings 15 Trainings 15 Trainings
    District-Wise Break up of Interventions on plant genetic resources- NBPGR, New Delhi
    S. No. Activity I year II year III year IV year
    1.
    • Documenting social, cultural and economic factors that shape farmers' decisions regarding
    • maintenance of genetic diversity on-farm.
    • Testing relationships between these factors and on-farm diversity.
    • Assessing the value of local crop diversity/populations for farmers and markets.
    • Documentation and registration of farmers' varieties to protect farmer's right.
  • yes
  • No
  • Yes
  • yes
  • yes
  • yes
  • No
  • Yes
  • yes
  • yes
  • yes
  • No
  • Yes
  • yes
  • yes
  • yes
  • No
  • Yes
  • yes
  • yes
  • 2.
    • Agro-ecosystem influences on agro-biodiversity: Natural and farmer-managed.
    • Agro-morphological characters, farmer selection and maintenance.
    • Farmer management of population structure of crops, animal breeds and fish resources in traditional production systems.
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • 3.
    • Developing community-based registers or records by community members, of all landraces in a community, including information on their custodians, passport data (e.g. agromorphological characteristics), agroecological characteristics, and cultural or use significance.
    • The collection and documentation of farmers' knowledge for their and others' future use ("memory banking"). Memory banking serves to capture the cultural dimensions of plant biodiversity - including local names, indigenous technologies and uses associated with different plants and varieties - for access and control by communities.
    • Integrating this type of knowledge into genebank documentation systems or associating it with an in situ onservation initiative.
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • yes
  • 4.
    • Selecting genetically important populations and farming systems for value addition.
    • Improving the material itself through farmer participation (e.g. participatory plant/ animal/fish breeding).
    • Improved farmers' access to genetic materials (e.g. establishment of community biodiversity registers/genebanks; strengthening seed exchange networks; incorporating local resources into agricultural extension packages; organising diversity fairs etc.).
    • Increasing consumer demand for local agricultural biodiversity (e.g. adding value through processing; organic farming etc.).
    • The role of policy (e.g. support for farming systems maintaining very high genetic diversity in case opportunity cost of conservation becomes too high for farmers to continue maintaining local genetic resources).
  • Yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • Yes
  • yes
  • yes
  • Yes
  • yes
  • Yes
  • yes
  • yes
  • 5.
    • Training on awareness generation,
    • Biodiversity fair
    • Documentation
    • Audio-video success story
    Year-Wise Break up of Interventions on Animal Genetic Resources-NBAGR, Karnal
    Activity Ist year 2nd year 3rd year 4th year
    • Survey and inventorization of animal genetic resources: All animals of selected villages in all three districts as per the standard sampling methods* (As per the census data 2003 enclosed).
    Yes yes No No
    • Characterization of Animal Genetic resources: 300 animals per breed/genetic group as per the standard sampling methods* (As per the census data 2003 enclosed).
    150 animals per breed/genetic group 150 animals per breed/genetic group No No
    • Identification, procurement and dissemination of superior germplasm: 210 rams, 210 bucks, 30 cattle bulls, 30 buffalo bulls, 20 camel, cocks 600, AI 12000 per annum.
    No Yes Yes Yes
    • Conservation and sustainable utilization of ANGR: 210 rams, 210 bucks, 30 cattle bulls, 30 buffalo bulls, 20 camel, cocks 600, AI 12000 per annum
    No Yes Yes Yes
    • Improved animal management and health care practices and nutrition: 3000 sheep, 3000 goats, 900 cattle, 900 buffalos, 6000 birds, 500 camels per annum
    Yes Yes Yes Yes
    • Value addition and marketing of animal products: Milk and milk products, wool and wool products, etc.
    No Yes Yes Yes
    • " Awareness generation: Breed show/health camps/ livestock competitions: nine per annum.
    Yes Yes Yes Yes
    District-Wise Break up of Interventions on Animal Genetic Resources-NBAGR, Karnal
    Activity Chamba Udaipur Adilabad
    • Survey and inventorization of animal genetic resources: All animals of selected villages in all three districts as per the standard sampling methods* (As per the census data 2003 enclosed).
    All animals of selected villages in the districts All animals of selected villages in the districts All animals of selected villages in the districts
    • Characterization of Animal Genetic resources: 300 animals per breed/genetic group as per the standard sampling methods* (As per the census data 2003 enclosed).
    100 animals per breed/genetic group 100 animals per breed/genetic group 100 animals per breed/genetic group
    • Identification, procurement and dissemination of superior germplasm: 210 rams, 210 bucks, 30 cattle bulls, 30 buffalo bulls, 20 camel, cocks 600, AI 12000 per annum
    70 rams, 70 bucks, 10 cattle bulls, 10 buffalo bulls, cocks 200, AI 4000 per annum 70 rams, 70 bucks, 10 cattle bulls, 10 buffalo bulls, 20 camels, cocks 200, AI 4000 per annum 70 rams, 70 bucks, 10 cattle bulls, 10 buffalo bulls, cocks 200, AI 4000 per annum
    • Conservation and sustainable utilization of ANGR: 210 rams, 210 bucks, 30 cattle bulls, 30 buffalo bulls, 20 camel, cocks 600, AI 12000 per annum
    70 rams, 70 bucks, 10 cattle bulls, 10 buffalo bulls, cocks 200, AI 4000 per annum 70 rams, 70 bucks, 10 cattle bulls, 10 buffalo bulls, 20 camels, cocks 200, AI 4000 per annum 70 rams, 70 bucks, 10 cattle bulls, 10 buffalo bulls, cocks 200, AI 4000 per annum
    • Improved animal management and health care practices: and nutrition 3000 sheep, 3000 goats, 900 cattle, 900 buffalos, 6000 birds, 500 camels per annum
    1000 sheep, 1000 goats, 300 cattle, 300 buffalos, 2000 birds per annum 1000 sheep, 1000 goats, 300 cattle, 300 buffalos, 2000 birds, 500 camels per annum 1000 sheep, 1000 goats, 300 cattle, 300 buffalos, 2000 birds per annum
    • Value addition and marketing of animal products: Milk and milk products, wool and wool products, etc
    yes yes yes
    • Awareness generation: Breed show/health camps/ livestock competitions: nine per annum
    15 camps 15 camps 15 camps
    Year-Wise Break up of Interventions on fish genetic resources- NBFGR, Lucknow
    S. No. Activity I year II year III year IV year
    1.
    • Exploration and inventory of fish germplasm resources and aquatic habitats
    • Exploratory surveys per year; pre rain and post rain periods, with data from experimental fishing and commercial catches; approx.60 sampling sites for the estimated 542 km of river stretch.
    • Biological and commercial evaluation of indigenous species to prioritize new potential cultivable (food and ornamental) species and species of conservation value
    approx.60 sampling sites for the estimated 137 km of river stretch approx.60 sampling sites for the estimated 135 km of river stretch approx.60 sampling sites for the estimated 135 km of river stretch approx.60 sampling sites for the estimated 135 km of river stretch
    2.
    • Tissue and voucher specimen banking, species validation through taxonomic and molecular profiles
    • Total 1200-1500 accessions.
    300-400 accessions 300-400 accessions 300-400 accessions 300-400 accessions
    3.
    • Detailed biological and genetic characterization to document intraspecific variability in prioritized indigenous fishes.
    • Total 12 species; Genotyping of 960-1200 accessions for 6-8 microsatellite loci and mtDNA cytb.
    Total 12 species; Genotyping of 300 accessions Total 12 species; Genotyping of 300 accessions Total 12 species; Genotyping of 300 accessions Total 12 species; Genotyping of 300 accessions
    4.
    • Sperm cryopreservation protocol development of prioritized fish species for ex situ conservation, complimenting captive breeding interventions for aquaculture and in situ conservation
    • Total 6 species; protocol development and testing with hatching, validation with freezing for 1year
    Yes yes yes yes
    5.
    • Awareness and sensitization of communities to enhance participation in biodiversity conservation
    • 36 camps II year-III year
    Yes 18 camps 18 camps yes
    District-wise quantification of Interventions for fish genetic resources-NBFGR Lucknow
    S. No. Activity Chamba Udaipur Adilabad
    1.
    • Exploration and inventory of fish germplasm resources and aquatic habitats
    • Exploratory surveys per year; pre rain and post rain periods, with data from experimental fishing and commercial catches; approx.60 sampling sites for the estimated 542 km of river stretch.
    • Biological and commercial evaluation of indigenous species to prioritize new potential cultivable (food and ornamental) species and species of conservation value
    River Ravi (130 km) and Budhil (65 km) including Chamera dam and major tributaries Sal, Beljedi River Som (58 km) and tributaries; Lakes Jaismund, Fateh sagar River Godavari (250 km) and Pranhita (110 km) and major tributaries Kadam, Weinganga
    2.
    • Tissue and voucher specimen banking, species validation through taxonomic and molecular profiles
    • Total 1200-1500 accessions.
    40 -50 species; 10 tissue accessions and 5 voucher specimen per location for 2 locations. 40 -50 species; 10 tissue accessions and 5 voucher specimen per location for 2 locations 40 -50 species; 10 tissue accessions and 5 voucher specimen per location for 2 locations.
    3.
    • Detailed biological and genetic characterization to document intraspecific variability in prioritized indigenous fishes.
    • Total 12 species; Genotyping of 960-1200 accessions for 6-8 microsatellite loci and mtDNA cytb.
    3 species; 40-50 samples per location, at least 2 locations for each species 3 species; 40-50 samples per location, at least 2 locations for each species 3 species; 40-50 samples per location, at least 2 locations for each species
    4.
    • Sperm cryopreservation protocol development of prioritized fish species for ex situ conservation, complimenting captive breeding interventions for aquaculture and in situ conservation
    • Total 6 species; protocol development and testing with hatching, validation with freezing for 1year
    2 species 2 species 2 species
    5.
    • Awareness and sensitization of communities to enhance participation in biodiversity conservation
    • 36 camps II year-III year
    2 awareness camps at 2 locations in a dist in a year 2 awareness camps at 2 locations in a dist in a year 2 awareness camps at 2 locations in a dist in a year
    Year-Wise Break up of Interventions on plant, animal and fish genetic resources- CSK HPKV, Palampur (Chamba district)
    S.no. Activity I year II year III year IV year
    1. Plant genetic resources
    • Making available good quality seed of indigenous/improved varieties of maize (Chitku-popping type), rice (Sukaradhan- red rice), black gram & rajmash (taste, aroma & cooking quality), grain amaranth (high protein & mineral nutrition), through participatory plant breeding.
    • Post harvest processing for value addition in identified novel landraces for commercialization/marketing (e.g. maize, red rices, rajmash, uridbean, amaranth, walnut, apricot, & local wild edibles - rasp berry & black berry).
    • Crop diversification through introduction of protected off-season vegetable (capsicum & cabbage) & high value medicinal/aromatic plants (aconite and podophylum) and incentive for market support.
    • Rainwater/rooftop water harvesting in dug out poly lined tanks
    • Vermi-composting for utilizing local animal and plant waste products
    • Yes
    • Yes
    • yes
    • yes
    • yes
    • Yes
    • Yes
    • yes
    • yes
    • yes
    • Yes
    • Yes
    • yes
    • yes
    • yes
    • Yes
    • Yes
    • yes
    • yes
    • yes
    2. Animal genetic resources
    • Genetic up-gradation of local livestock through use of superior germplasm of indigenous livestock (Gaddi sheep, Gaddi goat, local cattle & buffalo)
    • Health coverage through prophylactic vaccination (Foot and Mouth, Haemorrhagic septicaemia, Pestis de petits ruminants) and de-worming
    • Improved breeding and housing management practices for livestock and poultry for enhancing productivity and quality of milk and other animal products
    • Nutrient enrichment of locally available crop residues for balanced feeding of livestock
    • Post harvest processing for value addition and marketing of milk and other animal products
    20 rams, 20 bucks, 3 cattle bulls, 3 buffalo bulls, chicks 1500,cocks 100,300 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 500 birds
    • YES
    • YES
    • YES
    20 rams, 20 bucks, 3 cattle bulls, 3 buffalo bulls, chicks 1500,cocks 200,300 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 500 birds
    • YES
    • YES
    • YES
    20 rams, 20 bucks, 3 cattle bulls, 3 buffalo bulls, chicks 1500,cocks 100,300 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 500 birds
    • YES
    • YES
    • YES
    10 rams, 10 bucks,1 cattle bulls, 1 buffalo bulls, chicks 500,cocks 100,100 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 500 birds
    • YES
    • YES
    • YES
    3. Fish genetic resources
    • Propagation assisted rehabilitation of indigenous fishes (mahseer, carps) for conservation and stock enhancement.
    • Integrated fish farming model (carp culture) with rabbitary, poultry and vermin- composting.
    • Promotion of trout farming.
    • Ornamental Fish breeding and culture including exotics and indigenous species.
    • YES
    • YES
    • YES
    • YES
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    4. Trainings
    • Grass root level training for awareness and technology backup
    • Providing post harvest and marketing support for agriculture, livestock & fisheries through creation of self-help and cooperative groups.
    5 Trainings 5 Trainings 5 Trainings No
    Year-Wise Break up of Interventions on plant, animal and fish genetic resources- MPUA&T, Udaipur (Udaipur district)
    S. No. Activity I Year II Year III Year IV Year
    1. Plant genetic resources
    • Making available good quality seed of indigenous/improved varieties of crops maize(malan, sathi and other local types),foxtail millet, finger millet, kodo millet, horse gram (high protein and mineral nutrition) and ajwain( high market value) through participatory plant breeding.
    • Post harvest processing for value addition in identified novel landraces for commercialization/marketing of minor millets and ajwain and incentive for market support.
    • Rainwater harvesting in dug out poly lined tanks
    • Vermi-composting for utilizing local animal and plant waste products
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    2. Animal genetic resources
    • Genetic up-gradation of local livestock through use of superior germplasm of indigenous livestock (sonadi sheep, sirohi goat, local cattle, camel & buffalo) and poultry.
    • Health coverage through prophylactic vaccination (Foot and Mouth, sheep pox, Haemorrhagic septicaemia, Pestis de petits ruminants) and deworming
    • Improved breeding and housing management practices for livestock and poultry for enhancing productivity and quality of milk and other animal products
    • Nutrient enrichment of locally available crop residues for balanced feeding of livestock.
    • Post harvest processing for value addition and marketing of milk and other animal products
    20 rams, 20 bucks, 3 cattle bulls, 3 buffalo bulls, 5 camels, chicks 1500,cocks 100,300 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 175 camels, 500 birds
    • Yes
    • Yes
    • Yes
    20 rams, 20 bucks, 3 cattle bulls, 3 buffalo bulls, 5 camels, chicks 1500,cocks 200,300 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 175 camels, 500 birds
    • Yes
    • Yes
    • Yes
    20 rams, 20 bucks, 3 cattle bulls, 3 buffalo bulls, 5 camels, chicks 1500,cocks 100,300 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 175 camels 500 birds
    • Yes
    • Yes
    • Yes
    10 rams, 10 bucks,1 cattle bulls, 1 buffalo bulls, 5 camels, chicks 500,cocks 100,100 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 175 camels, 500 birds
    • Yes
    • Yes
    • Yes
    3. Fish genetic resources
    • Captive breeding and Propagation of new indigenous species (carps/ catfish/murrel/featherback) for aquaculture, ornamental trade and conservation
    • Use of derelict water bodies for aquaculture enhancement.
    • Intensive fish culture practices in micro watersheds.
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    4. Trainings
    • Grass root level training for awareness and technology backup
    • Providing post harvest and marketing support for agriculture, livestock & fisheries through creation of self help and cooperative groups.
    5 Trainings 5 Trainings 5 Trainings 5 Trainings
    Year-Wise Break up of Interventions on plant, animal and fish genetic resources- ANGRAU, Hyderabad (Adilabad district)
    S. No. Activity I Year II Year III Year IV Year
    1. Plant genetic resources
    • Reintroduction and Improvement of sorghum (Maldandi- a parent used in most of the improved varieties of rabi sorghum crop iomprovement programmes), cotton (Gossypium arboretum- Mudhole/ Gaorani/ Erra pathi having less risk of pest incidence compared to G. hirsutum varieties including the Bt cottton), blackgram (Barre minumulu, Konda minumulu, Lal urad, Nalla minumulu, Saadaa minumulu, Teega minumulu, Toppa minumulu - which are having green/ red coloured seed un conventionally instead of the black colour, cultivars characterized by twining habit and bold seed etc. with local preferences), green gram (Balinta pesalu, Dodda pesalu, Kitki pesalu, Konda pesalu, Mentem pesalu, Nalla pesalu, Sanna pesalu - variability includes cultivars which are given to lactating mothers (Balinta pesalu), genotypes having yellow and black coloured seed, big bold and small seeded) and rice landraces (Chittimuthyalu, Kakirekkala vadlu (scented)- seed which is short bold, kernels having red colour and scented genotypes) through part
    • icipatory breeding.
    • Making available good quality seed of indigenous (well adapted to high altitude areas capable of withstanding moisture stress under rain fed situations)/ improved varieties of sorghum, cotton, blackgram, green gram, pigeon pea and rice through participatory breeding.
    • Establishment of ex situ and in situ diversity conservation parks (with BMC & Panchayat Raj Institutions)
    • Crop diversification through introduction of silkworm hosts, lac insect hosts, vegetables (brinjal, cucurbits)/ local wild edibles (Canavalia ensiformis) & high value medicinal/ aromatic plants (Withania somnifera, Curculigo orchioides, Boswellia serrata etc) and incentive for market support.
    • Vermi-composting for utilizing local animal and plant waste products
    • Strengthening and modernisation of traditional water harvest systems
    • Empowering farmers to form cooperatives/ self help groups for marketing of farm and non-timber forest produce
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    2. Trainings
    • Grass root level training for awareness and technology backup
    • Providing post harvest and marketing support for agriculture, livestock & fisheries through creation of self-help and cooperative groups.
    5 Trainings 5 Trainings 5 Trainings 5 Trainings
    Year-Wise Break up of Interventions on plant, animal and fish genetic resources- AP State Biodiversity Board, Hyderabad (Adilabad district)
    S. No. Activity I Year II Year III Year IV Year
    1. Plant genetic resources
    • Reintroduction and Improvement of sorghum (Maldandi- a parent used in most of the improved varieties of rabi sorghum crop iomprovement programmes), cotton (Gossypium arboretum- Mudhole/ Gaorani/ Erra pathi having less risk of pest incidence compared to G. hirsutum varieties including the Bt cottton), blackgram (Barre minumulu, Konda minumulu, Lal urad, Nalla minumulu, Saadaa minumulu, Teega minumulu, Toppa minumulu - which are having green/ red coloured seed un conventionally instead of the black colour, cultivars characterized by twining habit and bold seed etc. with local preferences), green gram (Balinta pesalu, Dodda pesalu, Kitki pesalu, Konda pesalu, Mentem pesalu, Nalla pesalu, Sanna pesalu - variability includes cultivars which are given to lactating mothers (Balinta pesalu), genotypes having yellow and black coloured seed, big bold and small seeded) and rice landraces (Chittimuthyalu, Kakirekkala vadlu (scented)- seed which is short bold, kernels having red colour and scented genotypes) through participatory breeding.
    • Making available good quality seed of indigenous (well adapted to high altitude areas capable of withstanding moisture stress under rain fed situations)/ improved varieties of sorghum, cotton, blackgram, green gram, pigeon pea and rice through participatory breeding.
    • Establishment of ex situ and in situ diversity conservation parks (with BMC & Panchayat Raj Institutions)
    • Crop diversification through introduction of silkworm hosts, lac insect hosts, vegetables (brinjal, cucurbits)/ local wild edibles (Canavalia ensiformis) & high value medicinal/ aromatic plants (Withania somnifera, Curculigo orchioides, Boswellia serrata etc).
    • Vermi-composting for utilizing local animal and plant waste products
    • Strengthening and modernisation of traditional water harvest systems
    • Empowering farmers to form cooperatives/ self help groups for marketing of farm and non-timber forest produce
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    2. Animal genetic resources
    • Genetic up-gradation of local livestock through use of superior germplasm of indigenous livestock (Gaddi sheep, Gaddi goat, local cattle (mudhole breed) & buffalo)
    • Health coverage through prophylactic vaccination (Foot and Mouth, Haemorrhagic septicaemia, Pestis de petits ruminants) and deworming
    • Improved breeding and housing management practices for livestock and poultry for enhancing productivity and quality of milk and other animal products
    • Nutrient enrichment of locally available crop residues (paddy, sorghum, maize, black gram and green gram) for balanced feeding of livestock
    • Post harvest processing for value addition and marketing of milk and other animal products
    20 rams, 20 bucks, 3 cattle bulls, 3 buffalo bulls, chicks 1500,cocks 100,300 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 500 birds
    • Yes
    • Yes
    • Yes
    20 rams, 20 bucks, 3 cattle bulls, 3 buffalo bulls, chicks 1500,cocks 200,300 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 500 birds
    • Yes
    • Yes
    • Yes
    20 rams, 20 bucks, 3 cattle bulls, 3 buffalo bulls, chicks 1500,cocks 100,300 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 500 birds
    • Yes
    • Yes
    • Yes
    10 rams, 10 bucks,1 cattle bulls, 1 buffalo bulls, chicks 500,cocks 100,100 artificial insemination
    250 sheep, 250 goats, 75 cattle, 75 buffalo, 500 birds
    • Yes
    • Yes
    • Yes
    3. Fish genetic resources
    • Propagation of new indigenous species (carps/ catfish/murrel/featherback) for aquaculture, ornamental trade and conservation Use of derelict water bodies for aquaculture enhancement.
    • Intensive fish culture practices in micro watersheds.
    • Integrated aquaculture (fish and prawn) with agriculture, livestock and poultry.
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    • Yes
    4. Trainings
    • Grass root level training for awareness and technology backup
    • Providing post harvest and marketing support for agriculture, livestock & fisheries through creation of self help and cooperative groups.
    5 Trainings 5 Trainings 5 Trainings 5 Trainings
    Year-Wise Break up of Interventions on Seva Mandir, Udaipur
    S. No. Activity I Year II Year III Year IV Year
    1.
    • Assist all the three bureaus in conducting field surveys, assessment of local bio-diversity
    • Yes
    • Yes
    • Yes
    • Yes
    2.
    • Render need based help and support in implementation of the programme related to the project aimed at achieving livelihood security through bio-diversity conservation.
    • Yes
    • Yes
    • Yes
    • Yes
    3.
    • Help in organizing grass root level training, capacity building and awareness generation programmes. Help in organizing Field Level Demonstrations (FLDs).
    • Yes
    • Yes
    • Yes
    • Yes
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