TAILIEUCHUNG - Water use efficiency of sunflower under deficit drip irrigation in east and south-east coastal plain agro-climatic zone of Odisha, India

A field experiment was conducted in Central Farm of OUAT, Bhubaneswar, to determine the water use efficiency of sunflower under deficit drip irrigation during the year 2018-19. Five treatment levels of irrigation . at field capacity, 20 per cent, 40 per cent and 60 per cent MAD level of irrigation under drip irrigation method and one farmers practice under furrow irrigation method as control with 5 replications was considered for the experiment with RBD design. The maximum water use efficiency of kg/ha-mm for sunflower was found in 40 per cent MAD level of drip irrigation followed by kg/ha-mm in 20% MAD level of irrigation. The deficit drip irrigation produced more sunflower yield consuming less water at 40% MAD level over farmers practice. Considering the maximum water use efficiency, sunflower crop may be irrigated at 40 per cent MAD level by drip irrigation method for increasing the water use efficiency in East and South-East Coastal Plain Agro-climatic Zone of Odisha, India. | Water use efficiency of sunflower under deficit drip irrigation in east and south-east coastal plain agro-climatic zone of Odisha, India

• Nông nghiệp
• Deficit irrigation
• Water use efficiency
• Sunflower under deficit drip irrigation
• East and south east coastal plain
• Agro climatic zone
• Water requirement
• Fixed irrigation interval
• Crop stage under poly house
• Fixed irrigation intervals
• Drip irrigation
• Irrigation levels
• Planting layout
• Turmeric yield and economics
• Actual evapotranspiration
• Green chilli
• Rooftop greenhouse
• Distribution pattern
• Drip system in maize
• Soil moisture distribution
• Influenced by deficit irrigation
• Mandarin yield
• Fruit quality
• Partial rootzone irrigation
• Partial root drying
• Zea mays L
• Furrow irrigation
• Crop growth
• Biomass and water use efficiency
• Mandarin fruits
• Yield and quality
• Deficit irrigation scheduling on yield
• Quality of Kinnow mandarin fruits
• Optimal RDI scheduling
• Journal of Agriculture and Forestry
• Antioxidant enzyme
• Abiotic stress factor
• Relative water content
• Tomato stress
• Morphological traits
• IW CPE ratio
• Regulated deficit irrigations
• Tomato genotypes
• Partial root zone drying
• Rabi maize
• Yield use efficiency
• Pepper Capsicum annum L
• Line source sprinkler
• Strategic water levels
• Red pepper
• Sugar beet
• Water consumption
• Line source sprinkler system
• Beet Beta vulgaris L
• Irrigation performance
• Remote sensing
• Relative water supply
• Water user associations
• Crop water deficit
• Depleted fraction
• Drip irrigated cotton
• Fiber quality
• Water stress
• Water use
• Water yield relations
• Irrigation water use efficiency
• Irrigation scheduling
• Silicic acid
• Summer irrigated maize (Zea mays L )
• Moisture stress management practices
• Leaf water potential
• Soil water status
• Energy balance methods
• Rio Red grapefruit
• Late sowing
• Seed priming
• Water deficit
• Cotton wheat cropping system
• Grain yields
• Canopy temperature
• Vapor pressure deficit
• Crop water stress index
• Trickle irrigated bean
• Predicting yield
• Green house
• Straw mulch
• Vegetative growth of maize (Zea mays L )
• Vegetative growth of maize
• Water management
• Higher potato production
• Water scarcity
• Highest tuber yield due
• Soybean performance
• Vitamin E
• Physiological attributes
• Ridges and furrow
• Corrugated furrow
• Broad bed and furrow
• Depletion of available soil moisture
• Yield attributes of maize
• Annals of Agricultural Sciences
• Agricultural Sciences
• Khoa học nông nghiệp
• Silicon foliar application
• Enhancing antioxidants
• Squash plants