Technologies

Technologies

Agricultural Sciences

Agricultural sciences spans a wide area including Agricultural Biotechnology, Climate change, Agricultural Microbiology, Horticulture, Floriculture, Soil Sciences, Fisheries, Plant Genetics, Plant Biotechnology, Plant Genetics

Total number of Record(s): 663
Name of Technology Incubator
For Pineapple plant crop, a dose of 12 g and 16 g N / plant was recommended under irrigated and rainfed conditions respectively. K2O at 12 g / plant was advocated for irrigated as well as rainfed crops.
For irrigated and rainfed ratoon pineapple, N at 10 and 12 g / plant respectively were optimum. Nitrogen is to be applied in six split doses, between two and twelve months after planting. Potash is to be applied in two splits 2 and 6 months after plantin
Dogridge identified as the best rootstock for drought and salinity resistance in table grape varieties
Bud dormancy during October pruning in grapes was overcome by the use of Hydrogen Cynamide and thiourea
Use of Brassinolide 1 ppm and CPPU 2.5 ppm with suitable crop regulation and canopy management practices were recommended for producing export quality grapes
Optimum irrigation scheduling based on soil moisture availability for banana and papaya under conventional irrigation methods standardized
Technology for saving water by 25-35% through drip irrigation over conventional irrigation methods for banana, grapes and pomegranate achieved
High-density planting recommendations for pineapple under various agro-climatic conditions were evolved
Synchronized flowering in Kew Pineapple induced with application of 25 ppm ethephon in combination with 2% urea and 0.04% calcium carbonate
Spacing of 1.2 m x 1.8 m (4629 plants/ha) is best for maximizing fruit yield (146 t/ha over three year period) for cv. Coorg Honey Dew papaya

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