LIST OF EXTERNALLY FUNDED ON GOING PROJECTS as on 31.07.2020
Sl.No. | Title of Project | Location | Funding Agency |
---|---|---|---|
1. | Establishment of virus free elite mother block of apple in the tribal areas of kinnaur and LahaulSpiti in Himachal Pradesh | IARI Regional Station, Shimla | DST |
2. | Development of intervention for microclimate moderation for tractor operator comfort | Agril. Engineering | DST |
3. | Design and Development of cold Mill for Spices | Agril. Engineering | DST |
4. | North Indian Centre for Water Technology Research in Agriculture | WTC | DST |
5. | Use of modular green wall technologies for the improvement of the air environment of buildings | F&LS | DST |
6. | Development of Smart Mobile E-power Unit with Matching Implements for Samll Farmers | Agril. Engineering | DST |
7. | Development of sensor based precision seeding retrofit module for cultivators | Agril. Engineering | DST |
8. | Design and development of sensor based early pest detection technology | Agril. Engineering | DST |
9. | Development of solar-powered variable swath herbicide applicator robot for high-value vegetable crop | Agril. Engineering | DST |
10. | Development of IoT based custom hiring monitoring meter of agricultural machines | Agril. Engineering | DST |
11. | Genomics assisted tagging of restorer-of-male fertility (Ms) locus for hybrid development in short day Indian onion (Allium cepaL.) | Vegetable Science | SERB-DST |
12. | In vitro gynogenesis for induction of maternal haploids and doubled haploids (DHs) in marigold (Tagetscrecta L.) | F&LS | SERB-DST |
13. | Analyses of genetic variability and validation of candidate genes for folate (vitamin B9) accumulation in maize kernel | Genetics | SERB-DST |
14. | Unravelling the candidate genomic regions regulating MYMIV resistance and extra-earliness traits in mungbean using RNA-Seq and Genotyping-by-sequencing approaches | Genetics | SERB-DST |
15. | Molecular breeding to develop resistance against anthracnose (fruit rot) in chilli | Plant Pathology | SERB-DST |
16. | Utilization of chickpea germplasm to identify gene(s)/QTL for nodulation through association mapping | Genetics | SERB-DST |
17. | Development of novel eytoplasmic male sterility systems in Brassica oleraceathrough somatic hybridization | IARI Regional Station, Kagtrain | SERB-DST |
18. | Development and validation of phyllosphere microbiome based biostimulant for defense activation against blast disease and abiotic stress in rice | Plant Pathology | SERB-DST |
19. | Mapping traits influencing phosphorous uptake and utilization efficiency in mungbean | Genetics | SERB-DST |
20. | Utilizing germplasm diversity of climate resilient crop pearl millet for identification and mapping of heat stress responsive gene(s) and functional annotation of transcriptome adaptation to seedling heat stress | Genetics | SERB-DST |
21. | Mapping of QTLs for drought tolerance in mungbean | Genetics | SERB-DST |
22. | Biological traits of Asian genetic groups whitefly, Bemisiatabaci vis a vis endosymbionts and endophytes | Entomology | SERB-DST |
23. | Phylogency, classification and biogeography of leaf roller moths belonging to family Tortricidae (Lepidoptera) | Entomology | SERB-DST |
24. | Fine mapping of novel leaf rust resistance gene in Triticummilitinaederivative “TMD 11-5” | Genetics | SERB-DST |
25. | Developing multi-scale adaptation strategies for sustainable intensification of rice-wheat cropping system using APSIM model | Agronomy | SERB-DST |
26. | Understanding the cellular interaction of tospovirus and thrips employing insect cell line | Plant Pathology | SERB-DST |
27. | Metal and metalloid hazard in soil, plant and ground water in Western Uttar Pradesh receiving irrigation through Hindon river | SS&AC | SERB-DST |
28. | Association mapping of seed iron, zinc concentration and anti-nutritional factors in lentil (Lens cullinarisMedik) | Genetics | SERB-DST |
29. | Improving stability and ensuring targeted delivery of anthocyanin through biopolymer based customized triggered-release formulation | Ag. Chemicals | SERB-DST |
30. | Biological and molecular typing of diverse Papaya Ringspot Virus (PRSV) population in relation to their host specificity, aphid transmissibility and geo-ecology | Plant Pathology | SERB-DST |
31. | Identification, characterization and validation of miRNAs and target mRNAs associated with nitrogen use efficiency in cultivated and progenitors based synthetic hexaploid wheat | Plant Physiology | SERB-DST |
32. | Mapping and marker assisted breeding for alternaria leaf spot resistance in India cauliflower | Vegetable Science | SERB-DST |
33. | Development of diagnostic for detection of Sarocladiumoryzae causing sheath rot in paddy using molecular markers and its eco-friendly management” | SS&T | SERB-DST |
34. | Pullulanase based identification of high resistant starch rice (Oryza sativa L.) | Bio-Chemistry | SERB-DST |
35. | Identification and validation of QTLs linked to Fusarium wilt resistance in pigeonpea using SNP markers | Genetics | SERB-DST |
36. | Identification of key indicators and establishment of their critical limits in assessing soil health under different agro-ecological regions of Indi | SS&AC | SERB-DST |
37. | Exploring the significance of genetic redundancy of Wnt genes: Mutation and molecular analysis | Genetics | SERB-DST |
38. | Fine mapping of broad spectrum new leaf rust resistance gene in Triticumtimopheeviiderivative Selection G12 | Genetics | SERB-DST |
39. | Functional analyses of pathogenicity genes of Colletotrichumorbiculare using RNAi for management of cucumber anthracnose” | Plant Pathology | SERB-DST |
40. | Unravelling rice interactor(s) for XopF-TTSS effector of Xanthomonasoryzae race 4 that play crucial role during bacterial blight pathogenesis | Plant Pathology | SERB-DST |
41. | Identification, Characterization and validation of miRNAs and target mRNAs for nitrogen and phosphorus use efficiency in maize | Genetics | SERB-DST |
42. | Induction of doubled haploids (DHs) in targetes species through microspore culture” | F&LS | SERB-DST |
43. | Identification of resistance source against prominent races and functional characterization of avirulence genes of Xanthomonalscampestrispv. campestris causing black rot diseases of crucifer crops” | Plant Pathology | SERB-DST |
44. | Phylogency, classification and biogeography of the leafhopper subfamily Deltocephalinae (Hemiptera: Cicadellidae) | Entomology | SERB-DST |
45. | Agricultural productivity in climate change scenarios: impacts and adaptation pathways (A National Facility for Capacity Building on Simulation Modeling in Agriculture) | CESCRA | DST-MRDP |
46. | DST-ICRISAT Centre of Excellence on Climate Change Research for Plant Protection (CoE-CCRPP) : Pest and Disease management for Climate Change Adaptation (Lead Centre: ICRISAT) | AKMU | DST-ICRISAT |
47. | Starting of experimental agromet services at IARI.Integrated Agromet Advisory Services New title GraminKrishiMausamSewa | Agril. Physics | DST-IMD |
48. | Enrichment of Nutritional Quality in Maize through Molecular Breeding | Genetics | DBT |
49. | Maintenance, Characterization and use of EMS mutants of Upland Variety Nagina 22 for Functional Genomics in Rice-Phase-II" | Genetics | DBT |
50. | Marker assisted elimination of off-flavour generating lipoxygenase-2 gene from kunitz trypsin inhibitor free soybean genotypes | Genetics | DBT |
51. | Incorporation of biotic stress resistance gene(s) in the genetic background of Pusa Basmati 1509 through marker assisted backcross breeding | Genetics | DBT |
52. | Marker assisted pyramiding of APR and seedling resistance genes for durable rust resistance in wheat (TriticumaestivumL.)" | Genetics/ IARI R/S Wellington | DBT |
53. | Integration of plant and parasite omics to decipher the interactions and identify molecular targets for the management of root knot disease of rice | Nematology | DBT |
54. | Prospecting microalgae and cyanobacteria for high value biopigments | CCUBGA, Microbiology | DBT |
55. | Understanding the role of TAL effectors of Xanthomonasaryzaepvoryzae in modulating rice innate immune response to cause bacterial blight | Plant Pathology | DBT |
56. | Characterization, Race Profiling and Genetic Analysis of Wheat Powdery Mildew Pathogen (Blumeriagraminisf.sp. tritici(DC) Speer (Syn. Erysiphegraminis DC f.sp. tritici) in India” | Regional Station, Wellington and Shimla | DBT |
57. | Efficacy evaluation of encapsulated fungal formulation for improving crop phosphorus nutrition | Microbiology | DBT |
58. | Marker-assisted introgression of waxy1 allele for development of high amylopectin maize genotypes” | Genetics | DBT |
59. | Development of citrus trizteza virus (CTV) resistant elite mandarin genotypes through RNAi approach to revive citrus industry in North East India” | Plant Pathology | DBT |
60. | Study on the changes in microbial community structure and function in organic farming vs. conventional farming | Agronomy | DBT |
61. | Marker-assisted breeding for drought tolerance in heat | Genetics | DBT |
62. | Whitefly (Bemisiatabaci) in North Eastern India: Diversity, factors of virus transmission and natural inhibitor” | Plant Pathology | DBT |
63. | Establishment of thrips cell line to identify the factors responsive to tospovirus transmission” | Plant Pathology | DBT |
64. | Identification of QTL(s) for fruit Quality Traits(s) in Mango (Mangiteraindica L.)” | F&HT | DBT |
65. | QTL mapping of black rot (Xanthomonascompestrispv. compestris) resistance (race-4) genes in cauliflower” | Vegetable Science | DBT |
66. | Development of locality adapted haploid inducer lines in maize through marker-assisted introgression of pollen-specific MATRILINEAL phospholipase gene | Genetics | DBT |
67. | Morphological, molecular and association mapping based approach to identify the resistance/tolerance to anthracnose disease of chilli in the North East India | Vegetable Science | DBT |
68. | Integrated Production of Advanced Biofuels and Biocommodities” | Microbiology | DBT |
69. | Integrative taxonomy of insect pests of rice and their natural enemies of North-East India | Entomology | DBT |
70. | Identification and molecular characterization of sweat bees (Hymenoptera: Halictidae) of North-East India | Entomology | DBT |
71. | Genomics-led improvement of biotic and abiotic stress tolerance in mustard rape for economic and environmental sustainability” | Plant Pathology | DBT |
72. | Enhancing the productivity of phycobiliproteins (C-PCs) and cyanocobalamin (Vitamin 812) in selected cyanobacteria for valorization and development of financial foods” | Microbiology | DBT |
73. | Molecular mapping and construction of linkage maps for improving aluminium tolerance and phosphorus acquisition efficiency in lentil for cultivation in acidic soils of North East Hill States | Genetics | DBT |
74. | Skill building in Nutrition Sensitive Agriculture (NSA) for empowerment of rural women | Ag. Extn. | DBT |
75. | Establishment of Biotech-KISAN Hub at Chitrakoot by ICAR-IARI | Agril. Extn. | DBT |
76. | Global perspective of transcriptome, proteome and metabolome of root-knot nematode effectors conferring host specificity ad host response to them during disease development | Nematology | DBT |
77. | Simulation of leaf curi disease dynamics in chilli for strategic management option | Plant Pathology | DBT |
78. | Chromosomal localization and fine mapping of AegilopsspeltoidesTausch derived novel leaf rust resistance in bread wheat stock lelection 2427 | Genetics | DBT |
79. | Establishing an efficient platform for precise genome editing in rice | Plant Physiology | DBT |
80. | Editing rice genes through CRISPR/Cas9 technology for enhanced and durable blast resistance in rice | Plant Physiology | DBT |
81. | Imparting sheath blight disease tolerance in rice | Genetics | DBT |
82. | Development of high density linkage map and tagging salinity tolerance in lentil using genotyping-by-sequencing approach for improving salt tolerance | Genetics | DBT |
83. | Candidate gene association mapping for tolerance to iron toxicity and low phosphorus stress in rice | Plant Physiology | DBT |
84. | Development of prolific baby corn hybrids through marker-assisted introgression of teosinte branched-1 (tb1) allele from teosinte accession (Zea mays ssp. Parviglumis)” | Genetics | DBT |
85. | Site-directed mutagenesis of Low-Affinity Nitrate Transporter gene for Improving Nitrogen Uptake Efficiency in Aerobic Rice | Plant Physiology | DBT |
86. | Marker assisted pyramiding of three major genes (pi54, pi1, pita) for blast resistance into elite rice varieties, Bhalum 5 and Shahsarang | Genetics | DBT |
87. | Leveraging genetic resources for accelerated genetic improvement of Linseed using comprehensive genomics and phenotyping approaches (Lead Centre: NBPGR) | Plant Pathology | DBT |
88. | Germplasm Characterization and trait discovery in wheat using Genomics approaches and its integration for improving climate resilience, productivity and nutritional quality (Sub Project 2-Component 7-Characterization and evaluation of wheat germplasm lines for biotic stress resistance” (Lead Centre: NBPGR) | Plant Pathology | DBT |
89. | Germplasm Characterization and trait discovery in wheat using Genomics approaches and its integration for improving climate resilience, productivity and nutritional quality (Sub Project 1-Component 2- Germplasm genomics for traits discovery) (Lead Centre: NBPGR) | Genetics | DBT |
90. | Germplasm Characterization and trait discovery in wheat using Genomics approaches and its integration for improving climate resilience, productivity and nutritional quality (Sub Project 4-Component 1-Evlauation of wheat Germplasm for Quality Traits)” (Lead Centre: NBPGR) | Genetics | DBT |
91. | Germplasm Characterization and trait discovery in wheat using Genomics approaches and its integration for improving climate resilience, productivity and nutritional quality (Sub Project 2-Component 2- Characterization and evaluation of wheat germplasm lines for biotic stress resistance)” (Lead Centre: NBPGR) | R.S. Wellington | DBT |
92. | Germplasm Characterization and trait discovery in wheat using Genomics approaches and its integration for improving climate resilience, productivity and nutritional quality (Sub Project 2-Component 1- Characterization and evaluation of wheat germplasm lines for biotic stress resistance)” (Lead Centre: NBPGR) | Genetics | DBT |
93. | Germplasm Characterization and trait discovery in wheat using Genomics approaches and its integration for improving climate resilience, productivity and nutritional quality (Sub Project 3-Component 9- Evaluation of wheat Germplasm for abiotic stresses)” (Lead Centre: NBPGR) | RS, Indore | DBT |
94. | Germplasm Characterization and trait discovery in wheat using Genomics approaches and its integration for improving climate resilience, productivity and nutritional quality (Sub Project 2-Component 8- Characterization and evaluation of wheat germplasm lines for biotic stress resistance)” (Lead Centre: NBPGR) | R.S. Indore | DBT |
95. | Germplasm Characterization and traits discovery in wheat using Genomics approaches and its integration for improving climate resilience, productivity and nutritional quality (Sub Project 3-Component 7- Nutrient Use Efficiency)” (Lead Centre: NBPGR) | Plant Physiology | DBT |
96. | Germplasm Characterization and trait discovery in wheat using Genomics approaches and its integration for improving climate resilience, productivity and nutritional quality (Sub Project 3-Evaluation of Wheat Germplasm for abiotic stresses: Component-8: Salinity)” (Lead Centre: NBP GR) | Plant Physiology | DBT |
97. | Mainstreaming Sesame Germplasm for Productivity Enhancement and Sustainability through Genomics Assisted Core Development and Trait Discovery-Sub project 3 – Identification of Biotic Stress (Phyllody& Dry Root Rot) Tolerant Seasame Genotypes | Plant Pathology | DBT |
98. | Mainstreaming Sesame Germplasm for Productivity Enhancement and Sustainability through Genomics Assisted Core Development and Trait Discovery” | Plant Physiology | DBT |
99. | Mainstreaming Sesame Germplasm for Productivity Enhancement and Sustainability through Genomics Assisted Core Development and Trait Discovery-Sub project 4 – Chemo Profiling of Seasame Germplasm | Agril. Chemicals | DBT |
100. | Mainstreaming rice landraces diversity in varietal development through genome-wide association studies: A model for large-scale utilization of gene bank collections of rice | Genetics | DBT |
101. | Expansion of activities of Biotech-KISAN hub in three aspirational districts (Balrampur, | Agril. Extn. | DBT |
102. | Enhancing quality of novel Bio-insecticidal formulations of entomopathogenic nematodes for improved shelf life and biocontrol | Agril. Chemicals | DBT-BIRAC |
103. | Electrochemical sensing of Aflatoxin B1 in ground nut extract based on anisotropic gold nano particle decorated self-assembled thiol monolayer using monoclonal antibody suitable for field application | Agril. Chemicals | DBT-BIRAC |
104. | Development of DUS testing guidelines for radish and carrot | Vegetable Science IARI R/s Katrain | PPV&FRA |
105. | Validating crop specific DUS Testing guidelines for Cumumber (Cucumissativus), Bottle Gourd (Lagenariasinceraria), Bitter Gourd (Momordicacharantia), Pumpkin (Cucurbita moschata) and Pointed Gourd (Trichosanthesdioca). | Vegetable Science | PPV&FRA |
106. | Formulation and Validation of DUS Testing Guidelines for Amaranth, Palak and Ridge Gourd | Vegetable Science | PPV&FRA |
107. | Validation of DUS testing guideline for Bougainvillea | F&LS | PPV&FRA |
108. | Validation of DUS testing guidelines for marigold" | F&LS | PPV&FRA |
109. | Formulation and Validation of DUS testing guidelines for lemon (Citrus limeon (L.) Burm) and pummelo (Citrus grandis) | F&LS | PPV&FRA |
110. | Development of guidelines for the conduct of tests for distinctiveness, Uniformity and Stability of Chilli, Sweet Pepper and Paprika (Capsicum annuumL.) | Vegetable Science | PPV&FRA |
111. | Development of DUS testing guidelines for broccoli | Vegetable Science | PPV&FRA |
112. | Validation of DUS test guidelines in onion and garlic | Vegetable Science | PPV&FRA |
113. | Validation of DUS test guidelines in cauliflower & cabbage | Vegetable Science | PPV&FRA |
114. | Dus Centre on Chrysanthemum | F&LS | PPV&FRA |
115. | DUS Centre for Gladiol | F&LS | PPV&FRA |
116. | Association between candidate genes and traits governing phosphorus use efficiency in wheat | Plant Physiology | CSIR |
117. | Molecular mapping of heat tolerance in lentil (Lens culinarisMediks) using Genotyping by sequencing approach | Genetics | CSIR |
118. | Proteomic profiling of the salinity induced responses in the cyanobionts of different species of Azolla” | CCUBGA, Microbiology | CSIR |
119. | Functional validation of polyamine biosynthesis genes for reproductive heat stress tolerance in rice | Plant Physiology | CSIR |
120. | Development and Evaluation of Thermotolearant Mutant in Bread Wheat by Augmenting Source and Sink Efficiency through Mutagenesis | Biochemistry | BRNS (DAE) |
121. | Emmer wheat (Triticumdicoccum) improvement through mutation” | IARI Regional Station, Wellington | BRNS (DAE) |
122. | Improvement in popular water-use efficient sharbati wheat varieties of cental zone for terminal heat tolerancme and lodging resistance through induced mutation | IARI Regional Station, Indore | BRNS (DAE) |
123. | Studies on biological effect of Alpha irradiation in comparision with Gamma rays on pllen of some field crops | IARI Regional Station Wellington | BRNS (DAE) |
124. | Production and promotion of healthy planting materials of large cardamom in Darjeeling Hills | Regional Station, Kalimpong. | NABARD |
125. | Developing Farmer led Agripreneurial Ventures of Commercial Cultivation and Seed Production of Vegetable and Flowers. | Agril. Extn. | NABARD |
126. | Unnat Bharat Abhiyan(UBA) | F&HT, CATAT, F&LS, CPCT, PHT&FS, Veg. Sci. Ag. Extn. & Genetics | MoHRD |
127. | UBA Program for Subject Expert Group (SEG) of sustainable agriculture systems | Ag. Extn | MoHRD |
128. | Coordinated Horticulture Ass3essment and Management using Geoinformatics (CHAMAN-Phase-II) | CESCRA | DAC&FW |
129. | Knowledge partner for implementing assistance of RKVY-RAFTAAR | ZTM& BPDU | DAC&FW |
130. | Plant Pathology | Plant Pathology | DAC&FW |
131. | Monitoring of Pesticides Residues at National Level | Agril. Chemicals | DAC |
132. | Yield forecasting for Maize, wheat and mustard in Delhi region under Forecasting Agriculture output using space, Agro-meteorology and land based observations (FASAL) | Agril. Physics | IMD |
133. | Soil moisture estimation by minimizing roughness and vegetation properties through airborne L and S band microwave” | Agril Physics | SAC |
134. | Identification of lentil and mungbean genotypes for microgreens technology for L-Sector and elucidation of underlying genetic/envirionemntal factors for their differential nutritional profiles | Genetics | DRDO |
135. | Diversity of Tortricoidea and Cossoidea (Lepidoptera) from North Eastern India | Entomology | MoEF&CC |
136. | Scaling up the productivity of Darjeeling mandarin through identification, multiplication and supply of healthy superior clones for improving rural livelihood in Darjeeling hills" | IARI Regional Station, Kalimpong. | RKVY |
137. | Dynamics of engineered nanopracticies is soil and phytotoxicity assessment on food crops | CESCRA | BARC |
138. | Plasticultural Development Centre. Rename: Precision farming development centre | FOSU/WTC/ CPCT | NCPAH |