TAILIEUCHUNG - Water use and productivity of different agricultural and horticultural crops and rice and maize-based cropping systems in an intensively cultivated sub-watershed of Peninsular India

The water productivity of different agricultural and horticultural crops and rice –rice and maize – vegetable based cropping systems in Kothakunta sub watershed in Siddipet district of Telangana, India that helps to suggest alternative agronomic measures for increasing the water productivity. | 2020 9 10 1273-1283 International Journal of Current Microbiology and Applied Sciences ISSN 2319-7706 Volume 9 Number 10 2020 Journal homepage http Original Research Article https Water Use and Productivity of Different Agricultural and Horticultural Crops and Rice and Maize-based Cropping Systems in an Intensively Cultivated Sub-watershed of Peninsular India M. Uma Devi1 M. Devender Reddy2 A. Mani3 D. V. Mahalakshmi4 and O. Bhavani1 1 Water Technology Centre Professor Jayashankar Telangana State Agricultural University Rajendranagar Hyderabad India 2 School of Agriculture Centurion University of technology and Management Parlakhemundi Odisha India 3 College of Agricultural Engineering Acharya . Ranga Agricultural University Bapatla Andhra Pradesh India 4 Land and Atmospheric Physics Division LAPD Earth and Climate Sciences Area ECSA National Remote Sensing Centre NRSC ISRO Hyderabad Corresponding author ABSTRACT The crop water requirement of different agricultural and horticultural crops 16 crops was assessed during different season s viz. kharif rabi and summer for four successive years 2008-12 in farmers field conditions. The water utilized and water productivity of rice rice and maize vegetable cropping systems were studies at Wargal Kothakunta sub -watershed in Siddipet district Telangana. The mean water used and water productivity of crops was estimated for kharif rice 13299 m3 ha and kg m-3 rabi rice 14298 m3 ha and kg m-3 maize 3472m3 ha and kg m-3 sweet corn 3378 m3 ha and Keywords kg m-3 cotton 5421m3 ha and kg m-3 sunflower 9209 m3 ha and kg m-3 tomato drip irrigation 5162 m3 ha and kg m-3 tomato surface irrigation 11665 m3 ha and kg m-3 Cropping system bhendi surface irrigation 9302 m3 ha and kg m-3 green chillies surface irrigation 7597 m3 ha Horticultural crops and kg m-3 French bean surface .

• Nông nghiệp
• Cropping system
• Horticultural crops
• Water productivity
• Productivity of different agricultural
• Intensively cultivated sub watershed
• Maize based cropping systems
• Rice – maize cropping system
• INM in cropping system
• Sustainable production of rice maize cropping system
• Bhadra command
• Cropping system rice equivalent yield
• Irrigated condition
• Different cropping system module
• Green manure cropping system
• Mixed cropping
• Monetary advantage
• Wheat lucerne mixed cropping
• Wheatlucerne mixed cropping system
• Mixed cropping system on yield
• Harvest index
• Maize wheat cropping system
• Zinc application on yield attributes
• Wheat in maize wheat cropping system
• Cropping sequence
• Integrated nutrient management
• Sorghum chickpea cropping system
• Unirrigated conditions
• Kharif sorghum chickpea cropping system
• Rewa region
• Rice wheat
• Irrigated farming system
• Cropping system module
• Human urine
• Toria (Brassica campestris L ) cropping system
• Economics under Maize
• Maize (Zea mays L )
• Integrated farming
• Nutrient management
• Integrated nutrient management for yield
• Economics of maize
• Rice gingelly maize cropping system
• Rice maize cropping system
• Plant height
• Number tillers
• Dry matter accumulation
• Maize cropping system
• Yield of rice in rice
• Site specific nutrient management
• Growth parameters
• Soybean chickpea cropping system
• Soybean (Glycine max (L
• ) Merrill)
• Cationic micronutrient status
• Some soils under different cropping system
• Cationic micronutrient status of some soils
• Different cropping system
• Soil properties
• Rice maize
• Improved production technology
• Existing rice maize cropping system
• Tungabhadra command area
• Weed management
• Fertility management
• Soil health
• Maize sesamum cropping system
• Organic nutrient management
• Climate change
• Wheat based cropping system
• Agrarian ecologies
• Ambient CO2 concentration
• Precision farming
• Ricewheat cropping system
• Rice wheat cropping system
• Precision farming technologies
• Enhancing productivity
• Baby corn
• Dry matter production
• NPK uptake
• Hyacinth bean (Lablab purpureus var typicus) cropping system
• Integrated nutrient management practices
• Soil physical properties
• Groundnut mono cropping system
• Rainfed groundnut mono cropping system
• Long term application of manure
• Integrated potassium management
• Soil biological properties
• Corn wheat cropping system
• Yields of corn
• Soybean safflower cropping system
• BBF method of sowing
• Soybean safflower cropping system
• BBF land configuration
• INM over traditional method
• Fly ash
• Microbial activity
• Fertilizers on soil microbial activity
• Pearlmillet wheat
• Grain yield
• Wheat cropping system
• Integrated nutrient management on growth
• Soil quality index
• Chemical fertilizers
• Rice cropping system
• Key soil quality indicators
• Organic manures
• Cropping systems
• West bengal condition
• Arecanut based multistoreyed cropping
• Different horticultural crops
• Total system’s productivity
• Total system’s uptake
• Total system’s economics
• Maize wheat cropping sequence
• Brinjal cabbage cropping system
• X is Kfixing capacity of soil
• Relation to yield
• Quality and economics
• Cabbage cropping system