Director AES

Mission

• Ensuring food security of Uttar Pradesh as well India by enhancing the quality, productivity and profitability of crops on an ecologically and economically sustainable mode;
• To ensure nutritional Security of state by developing high yielding varieties of various crops and their climate friendly matching agro-technique;
• Develop technologies to enhance productivity, resource and input use efficiency and profitability without adverse affect on the environment.

Vision

• To develop New Plant Type high yielder variety inbuilt with resistant to multiple diseases and insect-pest.
• More focus and priority to develop climate smart variety and bio fortification program towards mal-nutrition free India.
• To provide solutions to farming community to enhance productivity with profitability through technology transmission.
• Improved livelihoods and nutritional food security systems in the country.

Goal

• Breeding for biotic and abiotic stresses.
• Enhancing nutrition through bio fortification and agronomic fortification for reducing malnutrition.
• Sustainable intensification for improved livelihoods
• To develop the high yielding varieties with high protein content under stress-tolerant condition.
• Disseminate the developed varieties, agro-techniques knowledge about production, post harvest technology and marketing, among the farmers.

Coming Soon..

Success stories of departmental achievements in details along relevant photographs (if any).

High Yielding Varieties

University has developed more than 275 high yielding, diseases resistant varieties of cereals, oilseeds, pulses and vegetables. Out of which, following varieties are internally known.

Some University developed varieties are also occupying sizeable area at national level given as under:

Most Popular varieties

Details of Programs / Services/schemes run by the departments and full details of concerned officer

Adhoc Research projects running under the University

Seniority List of Officer /Teacher/Technical Staff

Research Sections:

Crop Units:

Regional Research Stations/Sub-Stations:

Major Research Functions:

The University has done good research work in the management of saline and alkaline soils and made out good recommendations for their reclamation. These need to be spread quickly as over one lac ha area in this region is rendered unproductive due to salinity and alkalinity. The University has also given out good cropping sequences for the different agro-climatic zones. Strong research-extension linkages need to be established. There seems to be little attention to researches on sustainability e.g., microbial fertilizers, production of vermi-compost, organic fertilizers, Bio agents, micro-irrigation, bio-technology research, post harvest management and value addition, market intelligence and use of modern technologies in social sciences. Tremendous scope exists in value addition research in fruit and vegetable crops. The research programmes in the university can be broadly classified into four major areas:

Basic or Fundamental Research:

The research activities include understanding of the natural system and biological relationships of natural resources, the biological processes of agricultural production, etc., basically to generate information and add to the knowledge data base. The research carried out by faculties and students serves to strengthen the intellectual capabilities of the scientists for further applied research.

Applied research:

It includes the research activities aimed at providing solutions to the field problems of the line departments of the State Government and farmers, which is one of the major mandates of the University.A team of’ multi-disciplinary scientists at the Zonal Agricultural Research Stations and AICRPs/non-plan schemes of university carries out most of these applied research activities.

Need-based research:

Need-based research is being done mostly through the ad-hoc research projects. Several projects funded under ICAR, UPCAR, RKVY, CST and other funding agencies are being taken up by the University for solving need based specific problems related to agriculture and allied activities in the State.

Operational Research:

For shortening the gap in the release of the technology by directly working with the farmers the University organizes research activities at farmers fields. They also help in evolving site-specific modifications and refinement of technology as well as obtaining feedback for planning further research programmes.

Research Management:

Research in the University is managed by the Directorate of Agricultural experiment Station with a network of technical, administrative and scientific personnel spread across the jurisdiction area of the University.

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Varieties Released during last five years

Varieties Registered in PPV & FR

Cropping Systems:

Land Mark /cutting edge technologies

• Watershed technology for ravines and hillocks areas leading to National Productivity Council Award – 5 times
• Technology for summer groundnut for first time, covering ~ more than 2 lakh ha in state today
• Border method of crop cultivation in paddy and wheat – saving 25% of inputs
• Alternative use of linseed stalk waste in plastic industry – Patent applied
• Mitigation of drought effect in pearl millet – thiourea technology developed and popularized
• Effective weed management technology against Kans and Motha developed

Popular Crop Production Technologies:

• Application of BGA (Blue Green Algae) in paddy saves 20-25% N/ha.
• Sulphur fertilization in pulses and oilseeds@20-40 kg/ha enhances crop yield of pulses and oilseeds.
• Application of 20-25 kg sulphur and boron @ 1.00 kg/ha enhances the yield in mustard.
• Use of rhizobium culture in pulses enhances the yield by 10 to 15%.
• Application of bio-fertilizers i.e. azotobacter and phosphate solubilizing bacteria saves 20-25 kg nitrogen & phosphorus/ ha.
• Intercropping of autumn planted sugarcane with mustard/ potato/ coriander/ chickpea/ field pea/ wheat/ lentil/ linseed/ garlic remunerative in sugarcane growing areas
• Intercropping of potato with mustard/ cabbage/ cauliflower/ coriander/ wheat/ linseed at the place of each 4th row of potato remunerative in potato growing areas
• Intercropping of late pigeonpea with maize/ ground nut/ til/ urd/ moong/ sorghum remunerative and about 30% pigeonpea covered under this practice.
• Intercropping of mustard with chickpea dwarf pea and lentil remunerative in rainfed area.
• Intercropping of linseed with chickpea remunerative in Bundelkhand zone.
• Intercropping of gram or pea with rain in ratio of 6:2 found remunerative than pure cropping.
• Border method of sowing in which sowing is done in rows and every 4th row is kept unsown, saves 25% seed and fertilizer and gives equal yield.
• Potato crop may be irrigated in alternate furrows, which does not reduce the yield and saves irrigation water.
• Thinning in mustard and pigeonpea increases the yield by 25-30 %.
• Sowing of overnight water soaked wheat seed increases the yield by 5-7 q/ha under late sown condition.
• 1 % solution of calcium nitrate spread after 21 days of flowering enhances the shelf life of tomato fruits.
• Broadcasting of seedling in paddy saves 70% transplanting cost.
• Onion seedlings dipped in 2 % Zinc sulphate solution before planting enhances the yield as well as quality of bulbs.
• Potato intercropped with Rai or linseed in the ratio of 3:1 proved remunerative over pure cropping.
• Potato intercropped with wheat (broadcasted) in the ratio of 3:1 has been found remunerative.
• Wheat or barley intercropped with mustard in the ratio of 9:1 has been found profitable.
• Chickpea or field pea intercropped with mustard in the ratio of 6:1 has been found remunerative.
• Inter-cropping of gram or pea with Rai in the ratio of 6:2 is more remunerative than pure cropping.
• The yield of maize is enhanced by 4-5 qts./ ha when sowing is done on ridges.
• Seed testing procedures have been standardized for ragi, methi, coriander and rajmash for which rules were not prescribed.
• Perennial problematic weeds like Kans and motha can be effectively controlled by the use of 41% Glyphosate @ 3-4 litres per ha.
• Pre-emergence application of Pendimethaline@1.10kg/ha found effective in controlling weeds in crops and intercropping.
• Soaking of seeds with Difolatan 80 WP or Thriam at least 24 hours found effective in eradicating seed borne infection of Alternaria brassicae increases germination and seedling vigour in mustard.
• Use of jamun as a rootstock and guava scion has been found effective in developing wilt resistant guava plant.

Usar Reclamation Technology:

• In partially reclaimed Sodic soil, salt tolerant cultivars of oilseed/legume crops may be grown with sodium saturation to the extent of 30%.
• Rice-mustard rotation has given higher profit as compared with rice-chickpea and rice-lentil in the descending order.
• In alternate land use Karnal grass and para grass are quite tolerant to alkalinity and as such may be grown successfully without application of inorganic amendments.
• Performance of certain forest species viz. Acacia nilotica, Terminalia arjuna, Dalbergia sisso, Prosopis juliflora, eucalyptus and Casuarina equisetifolia have been found very useful in amended alkali soils.
• In Sodic soil 90 kg n/ha supplemented with dhaincha or FYM (15 t/ha) proved comparable with inorganic nitrogen added through urea @ 120 kg or 150 kg/ha.

Agro technique Developed during last five years
Plant Nutrient Management

• Application of NPK/ ha@ 80:40:40 with row spacing 45 cm and plant to plant 20 cm gave optimum yield in sorghum.
• Application of 20-25 kg sulphur and boron @1.00kg/ha enhances the yield in mustard.
• Application of biofertilizers i.e. azosprillium, azotobacter, PSB with 50% dose of N & P (20:10) kg/ha gave highest net monetary return in linseed.
• Highest yield of Pearl Millet was obtained with application of recommended dose of N &P (60:40) along with 30 kg. K2O/ha, and FYM @ 5t/ha
• Hookah tobacco cured leaf yield increased with increase of P application from 30-50 Kg P2O5/ ha and K from 30-50 Kg/K2O/ha.
• Two foliar application of 2% KNO3 produced significantly more seed cotton yield in hirsutum
• Foliar spray of 1% MgSO4+ 0.5% ZnSO4 followed by 2% DAP and 2% Urea found most remunerative treatment to get more seed cotton yield and profit in hirsutum
• Application of vermi-compost @2.5t/ha +recommended dose of NPK gave the maximum yield (204.76 q/ha) along with highest C.B. ratio in broccoli cv Aishwarya.
• Soil application of organic inputs viz FYM @ 10t/ha+ neem cake @ 500 kg/ha at the time of transplanting reduced pest infestation on brinjal (jassid, aphids and shoot borer) and gave higher yields with C:B ratio of 1:1.47.
• Application of 80 Kg N/ha with 20 kg Zn/ha obtained higher seed yield of coriander.
• The combination of VAM+ 75%P+ Full N and K doses produced maximum fruit yield of brinjal (410.34 q/ha).
• Combined use of borax+MnS04+Fes04+CuS04 @ 2.5+7.5+7.5+2.5 Kg/ha resultant in maximum leaf area, dry matter, number of seeds, seed weight per plant and seed yield (2762 kg/ha) in maize.
• Foliar application of B+Mo @ 0.2%+0.1% as well as single application of B+M0 gave maximum seed yield and other growth characters of mustard variety “Maya”.
• Application of B+Zn+Fe (5+15+15 kg/ha) followed by alone 5 kg borax/ha as soil application is more suitable for achieving higher yield of lentil crop.
• Application of 75%RDF+5.0 t FYM+5.0 kg zinc+25kg sulpher with azactobacter and PSB enhances crop yield in linseed.
• In usar soil, application of RDF 100% along with Micro nutrients enhances rice yield.
• Application of 50% RDF along with PSB and green manuring enhances crop yield in Rice.
• Application of 2 t FYM+40kg S+25Zn S04 + 1.0 kg boron with 100% RDF alongwith seed treatment with azactobacter enhances crop yield of mustard.
• Application of 120:60:60 NPK/ ha gave maximum seed and fibre yield in linseed.
• Application of 80:30:30 kg NPK/ha enhances the yield in castor
• Rice grown after green manuring with 90 kg N/ha gave highest yield.
• Application of FYM @ 10 t/ha + 90 kg N/ha biodynamic and compost + azotobacter along with 90 Kg N/ha yielded higher than recommended dose of N (120 Kg/ha) in paddy.
• The highest potato tuber yield was recorded at the dose of 180 kg Nitrogen/ ha.
• Application of FYM (20 t/ha) or vermin-compost (10 t/ha) along with bio-fertilizers (azospirillum +PSB+ BGA) and one fourth quantity of NPK (7:15:15) fertilizers recorded 28-30 q/ha grain yield of pea.
• Application of zinc @ 5.00 kg ha-1 and sulphur @ 60 kg/ ha-1. Increased grain yield of Urd bean.
• Application of 80kg/ha nitrogen with 20 kg/ha zinc enhances crop yield of coriander.
• Basal application of 20 kg/ha potash in American cotton enhances crop yield.
• Soil application of 1.0 kg /ha borex enhances production of Urdbean.
• Maximum grain and fodder yield was recorded at the application of 120:60:40 kg/ha NPK in sorghum.
• Application of 80:30:30 kg NPK/ha enhances the yield in castor.
• Application of zinc and sulphur @ 5.00 kg ha-1 and 60 kg/ ha-1 increased grain yield of urdbean.
• The application of N(180 kg ha.) in four splits ie ¼ at sowing ¼ at knee high stage, ¼ at tasseling and ¼ at 50% pollen sheding gave 20% more yield over three splits.
• Highest maize cobs, potato tuber, onion bulbs and net monetary return of 285783/ha was recorded with the application of 120:60:40:20:20 NPKS and ZnSO4 kg/ha.

Salinity Management

• Use of phosphogypsum V/S gypsum for neutralization of alkali water for sustained agriculture production without any alkali hazards was conducted during 2009-10. Results obtained from the field of rice-wheat cropping sequence grain yield recorded in maximum yield Rice 31.5 q/ha and wheat 34.3 q/ha. Sequence shows maximum grain yield of different treatments in order to phosphogypsum water neutralization <gypsum water neutralization < phosphogypsum (soil application < Gypsum soil application).
• There was considerable decrease in soil pH (9.45 to 8.49), ECe (3.80 to 2.72) and ESP (58.5 to 20.11) due to top soil gypsum application. Neutralization of RSC irrigation water through gypsum bed influence soil pH.

Weed Control

• The highest wheat grain yield (57.97q/ha) was obtained with application of isoproturon (0.75 Kg/ha) tank mix with 0.1% surfactant and minimum in weedy checks (45.11q/ha).
• The maximum yield of rice (51.55q/ha) was obtained with application of anilophos 0.5 Kg a.i/ha and minimum in weedy check (28.05q/ha).
• Foliar spray of pyrosulphuron (150 gm a.i) at 18-20 days of crop stage alongwith one hand weeding at 30 days of crop gave higher yield in transplanted and direct seeded paddy.
• The highest grain yield of rice (33.50 q/ha) was obtained with the application of butachlor (1.5kg/ha) +one hand weeding in direct seeded rice.
• Foliar spray of Anilophos0.4kg active ingradients/ha at 2-3 days crop enhances crop yield.

Plant Protection

• Spray of endosulfan @ 15ml/ litre water is recommended for reducing fruit borer infestation in tomato.
• Relative efficacy of different neem based bio-insecticides was tested for control of storage insect and viability of wheat. Among Botanicals neem India @ 5.0 ml/kg, neemmaga l to 1.5 ml/kg and deltamethrin wp @ 40 mg /kg seed, were found equally effective for controlling insect infestation up to nine month of storage.
• Relative efficacy of different neem based bio-insecticides was tested for control of storage insect and viability of wheat. Among Botanicals neem India @ 5.0 ml/kg, neemmaga l to 1.5 ml/kg and deltamethrin wp @ 40 mg /kg seed, were found equally effective for controlling insect infestation up to nine month of storage.
• Intercropping of different crops with chickpea resulted that chickpea+marigold and chickpea + garlic were best combination to reduce the egg laying of Helicoverpa armigera on chickpea. Chickpea sown with marigold, garlic, fennel and mustard have low larval population on chickpea.
• Treatment with neemarin- endosulfan at 15 days interval proved the best in controlling jassids in okra were as Bt.-neemarin-endosulfan-trichogramma performed superiority in minimizing damage of fruit borer.
• Neem cake@ 30 gm/plant was effective to reduce the infestatioin of root knot nematode up to 13.9 per cent among bio-agents Paecilomycis lilacinus (Cfu) 2X106 @ 2.5 kg/ha was effective in reducing root knot nematode population in Okra.
• Pacilomyces lilacius @ 10 gm/kg as seed treatment or 2.5 kg/ha as soil application is found effective for reducing (23.10 to 24.38 per cent) population of Meloidogyne javanica in groundnut and increasing the yield.
• Pigeon pea intercropped with marigold proved to be the best in minimizing incidence of pod borers (6.0%).
• Topsin_M 1%, Copper blue50 (0.3%)and dithene M-45 ( 0.25%) recommended for management of Phytpthera blight in sesame.
• Aphids may be managed by intercropping of mustard with wheat/barley(1:3).
• Application of need cake (100kg/ha)+Trichoderma viride (2.5kg/ha) reduces 15% root lesion nematode in chickpea.
• FYM @ 10t/ha+ neem cake @ 500 kg/ha at the time of transplanting reduced pest infestation in brinjal (jassid, aphids and shoot borer) and gave higher yield.
• Application of foliar spray mencozeb @ 0.2% gave the higher yield and reduced the disease intensity of alternaria blight and powdery mildew of rapeseed & mustard.
• The application of NSKE @ 5% followed by Neem oil @ 2% gave the highest yield in rapeseed –mustard
• Seedling treatment in carbendazim (0.25%) + soil drenching with carbendazim (0.25%) three times at 15 days interval started with age of 25 DAT gave less incidence of Fusarium wilt (6.70%) and highest fruit yield 607.40 q/ha in brinjal.
• Three foliar spray of tridemorph (0.1%) or triademefon (0.25%) from initiation of the disease to control powdery mildew of pea.
• Application of neem cake 30gm/plant reduces root lesion nematode in cucurbits.
• Alternaria blight and powdery mildew may be easily managed by foliar spray of sulphur, bore and zinc oxide @ 2% .
• Application of neem seed cake 100kg/ha +Trichoderma viride5kg/ha reducing 15 % root lesion nematode in Chickpea.
• FYM @ 10t/ha+ neem cake @ 500 kg/ha at the time of transplanting reduced pest infestation in brinjal (jassid, aphids and shoot borer) and gave higher yields
• Application of foliar spray of mencozeb @ 2% gave the higher yield and reduced the disease intensity followed by Soil application of sulphur+ borax (10 kg/ha)+ Zn0 @ 15 kg/ha as basal dose for management of alternaria blight and powdery mildew diseases of rapeseed & mustard.

Stress Management

• Seed soaking in 0.1% thio-urea solution and inoculation of seed with azactobactor proved more effective in increasing yield of late sown wheat under limited water availability.
• Spray of thio-urea @ 0.1% at tillering and flowering stages improved the yield of pearl millet and found cost effective.
• Spraying of thiourea @ 0.2% at pre-flowering and pod filling stage produced significantly higher grain yield (969.0kg/ha) of mustard under limited water availability condition.

Production Technology

• Maximum grain (35.01 q/ha) and straw 51.52 qha-1) yields were recorded when seedling of paddy were transplanted at 20X10 cm. PB-1 gave positively significant yield up to 80 kg N ha-1.
• The grain yield of rice was recorded significantly higher with continuous submergence condition (44.93q ha-1) with N 180, P2O5 60 and K2O80 kg ha-1.
• Irrigation of sesame crop at branching and pod formation stage is found remunerative.
• Intercropping of sesame with urd in 3:3 ratio found most beneficial.
• Seeding castor at 90×90 cm being comparable with 120×90 cm recorded significantly higher seed yield than rest of the spacing.
• Thinning at 15 and 21 days with maintaining distance 15-20 cm for 12-15 plants /m.sq increase the yield in mustard.
• Rustica tobacco topping at 10 leaves stage gave the higher yield where as in bidi tobacco topping at 14 leaves stage gave the higher yield
• The seed yield of funnel increased at irrigation by tillering main umber development and seed setting stage (18.48 q/ha).
• The maximum mean yield (17.19 q/ha) along with highest C:B ratio (1:1:85) in bottle gourd cv. Kalyanpur long green was recorded with application of vermi compost @ 2.5t/ha +recommended dose of NPK.
• The maximum yield (362.73 q/ha) along with highest C.B. ratio in tomato cv Azad T-6 was recorded by planting in raised bed followed by straw mulch.
• Two spray of CCC-4000ppm (Pre branching & Pre flowering) proved increased the seed yield of Chickpea.
• Intercropping of Arhar:Marrygold (3:1) reduces the the incidence of nematodes in arhar crop.
• Intercropping of Gram:Linseed (3:1) is effective in management of pod borer in gram and fly in linseed.
• Groundnut crop maybe escape from bud necrosis by sowing of groundnut between last week of june to first week of july.
• Maximum yield in Urdbean was recorded by basal application of borex 1.0kg/ha
• Summer groundnut cultivation on ridges enhances crop yield.
• Intercropping of maize:Urdbean (1:2) enhances crop yield.
• Maximum green forage was recorded by sowing of subabool with anjan grass in ravines and wasteland.
• The seedling of 30 days old Azad T – 5 cultivar of tomato may be suggested for transplanting in gangetic plains of Northern India to obtain maximum seed .
• The 1st week of July found suitable for planting of pearl millet (hybrids/ variety) under South Western Semi-Arid Zone of U.P.
• The maximum yield (362.73 /ha) was recorded by planting in raised bed followed by straw mulch for tomato cultivation.
• Application of RDF 100% along with foliar spray of urea at flowering and capsule formation stage enhances crops yield.
• Application of Rhizobiom, PSB along with Foliar spray of boron 0.5% at flowering stage enhances crop yield of vegetable pea.
• Soil application of 1.0 kg /ha borex enhances production of Urdbean.
• Intercropping of maize with Urdbean (1:2) gave maximum yield.
• Maximum grain and fodder yield was recorded at the application of 120:60:40 kg/ha NPK in sorghum.
• Application of neem seed cake 100kg/ha +Trichoderma viride5kg/ha reducing 15 % root lesion nematode in Chickpea.
• Summer ploughing alongwith seed treatment with Carbosulphon (3%) enhances yield of pigeonpea.
• Application of 80:30:30 kg NPK/ha enhances the yield in castor.
• FYM @ 10t/ha+ neem cake @ 500 kg/ha at the time of transplanting reduced pest infestation in brinjal (jassid, aphids and shoot borer) and gave higher yields
• Spraying of Thiourea @ 0.2% at pre-flowering and pod filling stage provided significantly higher grain yield (969.0kg/ha) of mustard under limited water availability condition.
• Application of zinc and sulphur @ 5.00 kg ha-1 and 60 kg/ ha-1 increased grain yield of urdbean.
• Application of foliar spray of mencozeb @ 2% gave the higher yield and reduced the disease intensity followed by Soil application of sulphur+ borax (10 kg/ha)+ Zn0 @ 15 kg/ha as basal dose for management of alternaria blight and powdery mildew diseases of rapeseed & mustard.
• Seed treatment with NSKE or Trichoderma viride @ 10gm/kg seed was effective in controlling the nematode. On the whole the combination treatment i.e. NSKE @ 5gm/kg + Trichoderma viride @ 5g/kg seed was most effective in reducing nematode population and increasing the yield.
• The seedling of 30 days old Azad T – 5 cultivar of tomato is found to maximize seed yield.
• The application of N (180 kg ha.) in four splits ie ¼ at sowing ¼ at knee high stage, ¼ at tasseling and ¼ at 50% pollen sheding gave 20% more yield over three splits.
• Metsulfuron + Carfentra zone (Redy mix) 50gm/ha recommended for control of broad leaves weeds in wheat.
• Row to row spacing 20 cm recommended for timely irrigated sown condition in wheat.
• Highest maize cobs, potato tuber, onion bulbs and net monetary return of Rs. 285783/ha recorded with the application of 120:60:40:20:20 NPKS and ZnSO4 kg/ha.

Seed Treatment

• Seed treatment with bifenthrin 10 EC, thiamethixam (cruser 35FS), fipronil 5Fs, endosulfan 35 EC were tested for the control of termite fipronil 5FS @ 0.3 g.a.i./kg and imidacloprid (Gaucho 70WS) @ 0.7 g.a.i./kg seed were more effective in reducing the pest incidence in wheat.
• Seed treatment with Bifenthrin 10EC, thiramethoxam 70 WS, Fiproil 5FS, Imidaclopril 70WS, thiramethoxam 50FF and endosulfan 35 EC were tested for the control of termite. Fipronil 5FS @0.3g.a.i/Kg seed and bifenthin 10EC @0.2 g.a.i./kg seed were more effective in reducing the pest incidence in barley.
• Seed treatment with imidacloprid 70 WS @3 g/Kg is recommended for reducing the jassid infestation and maximum yield in Okra.
• Seed treatment with carbendazim @ 0.25% and raising crop in green manure+ neem cake+ Trichoderma viride 2.0 kg/ha applied, gave best result in rhizoctonia root rot in cauliflower.
• Seed treatment with Ridomil MZ-72 @ 0.25%+ one need based foliar of Alliet 0.25% at 45 days crop in bowar system, decrease the downy mildew of cucumber crop.
• Most common seed borne mycoflora of tomato can be effectively managed by seed treatment with carbendazim @ 1g+ Thiram 2g/kg seed with carbendazim @ 1g+camtan @ 2g/kg seed or by carbendazim @ 2.5g/kg seed alone.
• Seed treatment with Trichoderma viride gave maximum germination with 100% followed by Raxil 060 FS and Vitavax which are 98.64%, 96.00%, respectively in wheat.
• Seed treatment with NSKP @ 5 gm/kg+Trichoderma viride @ 5 gm/kg before sowing was proved effective in reducing root knot nematode, Meloidogyne Population and increasing the crop yield in pulses.
• Seed treatment of soybean by 50ppm Gibberelic acid gave 12% more yield.
• Germination and crop yield was improved by seed treatment of by ESO-15 and GA300ppm in wheat.
• Seed treatment with Paeciliomyces lilacinous @ 10 gm/kg reduces attack of nematode in groundnut.
• Summer ploughing alongwith seed treatment with carbosulphon (3%) enhances yield of pigeon pea by reducing Cyst Nematode.
• Seed treatment with NSKE or Trichoderma viride @ 10gm/kg seed was found effective in controlling the nematode.
• Spraying of Thiourea @ 0.2% at pre-flowering and pod filling stage provided significantly higher grain yield (969.0kg/ha) of mustard under limited water availability condition.
• Metsulfuron + Carfentra zone (Redy mix) 50gm/ha was recommended for control of broad leaves weeds in wheat.
• Maize + Urd-potato-onion cropping system found remunerative .
• Intercropping of maize with Urdbean (1:2) gave maximum yield.
• Row to row spacing 20 cm recommended for timely irrigated sown condition in wheat.
• Summer ploughing alongwith seed treatment with Carbosulphon (3%) enhances yield of pigeonpea.
• Seed treatment with NSKE or Trichoderma viride @ 10gm/kg seed was effective in controlling the nematode. On the whole the combination treatment i.e. NSKE @ 5gm/kg + Trichoderma viride @ 5g/kg seed was most effective in reducing nematode population and increasing the yield.
• The seedling of 30 days old Azad T – 5 cultivar of tomato is found to maximize seed yield.

Horticulture

• Experiment on spacing and nitrogen levels in Gaillardia revealed that application of 300 kg N/ha and spacing of 30×20 cm (high density) improved the flower and seed yield.
• Effect of calcium chloride and calcium nitrate on physico- chemical composition and shelf -life of aonla cv. Banarasi revealed that effectiveness of 1.5% calcium nitrate which improved physico-chemical composition as compared to control and other treatments. The maximum PLW (%) and spoilage (%) and maximum TSS, ascorbic acid and minimum acidity were observed under 1.5 per cent calcium nitrate pre-harvest spray treatment.
• Influence of bio-fertilizers on growth and flowering of marigold cv. Pusa Narangi revealed that application of FYM (250q/ha)+azotobactor (5kg/ha) significantly improved the growth, flowering and yield as compared to control.
• GA3 @ 200 ppm with 7 cm. planting depth produced higher no. of florets, weight of corm and no. of corm and cormels/plant as compared to 5 cm. depth in gladioulus cv. Mascagani.
• Application of 10 kg FYM+250g N+300g P+250g K/plant maximized the height, no. of leaves and weight of bunch/plant in banana.
• Application of azactobacter alongwith nitrogenous fertilizer enhances the yield of Adu orchards.
• Foliar spray of Zn (0.75%) was found most effective in flowering, the size of leaves, no. of leaves, growth of plant, size of spike and no. of corn in gladiolus.
• Application of 1000 g N+ 500 g P+ 250g k+ 50 kg FYM/ plant has promoted vegetative growth attributes in old rejuvenated ber orchards.

Dairy

• Herbal coagulants i.e. lemon extract may be recommended for preparation of quality paneer from buffalo milk.
• Lemon extract may be use for the preparation of good quality chhena from 4% fat level of buffalo milk.

Coming Soon..

All India Coordinated Research Projects

Adhoc Project

The ICAR is also extending financial support for scientists to take up ad-hoc research projects aimed at short-term solutions to felt problems. Apart from ICAR funding, there are many other ad-hoc projects financed by Government of India, Government of UP and other agencies both internal and external.

Coming Soon..

Area coverage of CSAU varieties in Uttar Pradesh:

Impact of CSAU Technologies on Crop Productivity

Bundelkhand Zone

In Bundelkhand zone wheat, gram and linseed in Rabi and jowar and sesame in kharif season are the major crops. During kharif, the area under soybean and groundnut is increasing. The productivity of wheat, chickpea, sorghum and sesame was 10.23, 5.26, 5.69, and 1.13 q/h respectively during 1975-76 which is increased 26.44, 11.65, 10.51, and 1.92 q/h respectively during 2011-12. The data indicate that productivity and production has become more than double in case of wheat, sorghum and chickpea whereas productivity of sesame was increased by 88 per cent.

South Western Semi Arid Zone

In South Western Semi Arid Zone, wheat and mustard in rabi season whereas maize and pearlmillets in kharif are major crops. The productivity of wheat, mustard, bajra and maize was 17.22, 6.21, 7.30 and 8.46 q/ha respectively during 1975-76 corresponding to 36.47, 15.64, 21.18 and 24.31 during 2011-12. .As depicted in figure, there was tremendous increase in productivity during last 35 years. Productivity of wheat and mustard is increased  more than two times, bajra  and maize enhanced nearly three times.

Central Plain Zone:

The productivity of wheat, chickpea, mustard, rice and maize was recorded as 12.33, 8.55, 5.54, 8.27, and 8.31 q/ha., respectively during 1975-76. The respective data of these crops during 2011-12 was recorded 31.56, 13.14, 11.15, 24.23, and 13.12 q/ha respectively. The productivity increased in wheat 256, chickpea 154, mustard 201, rice 293 and maize

Budget allocation of different Plans/schemes along with financials & Physical progress.
Details of departmental  activities beneficial for Farmers(if any)
Reports of departmental  Programs/schemes (PDF)(if any)
Statistics Data related to departments (PDF)(if any)
Statistics Data related to departments (PDF)(if any)
Proceeding of meeting  related to departments (PDF)(if any)
Annual  Report /department performance/budget of previous
Tender and Quotations related information)(if any).

The SWOT analyses of Research Sections/crop units/ Regional Research Stations which are working on various crops are given as under:

Success Stories of Directorate of Research

• Landmark Varieties
• Variety Registered under Protection of Plant varieties and Farmers right act, 2001 (PPV & FR)
• Cropping System
• Some University Developed Varieties Are Also Occupying Sizeable Area At National Level at Given Under
• Technology Development