Objectives Enhance water use efficiency (WUE) of flood irrigation method by using soil moisture gadgets, Alternate Wetting and Drying (AWD) method and Direct Seeding Rice (DSR) technique To calibrate and demonstrate the impact of soil moisture gadgets on improving water productivity as compared to conventional method of irrigation scheduling To indigenize / standardize the soil moisture monitoring gadgets under local environment Capacity development of the professionals and farmers for enhancing WUE through different innovative techniques Outcomes Saves water up to 35 percent Increases yield by 8 percent Reduces energy use up to 35 percent Improves produce quality Curtails nutrients cost
Subsidy of the goveronment
Objectives Enhance water use efficiency (WUE) of flood irrigation method by using soil moisture gadgets, Alternate Wetting and Drying (AWD) method and Direct Seeding Rice (DSR) technique To calibrate and demonstrate the impact of soil moisture gadgets on improving water productivity as compared to conventional method of irrigation scheduling To indigenize / standardize the soil moisture monitoring gadgets under local environment Capacity development of the professionals and farmers for enhancing WUE through different innovative techniques Outcomes Saves water up to 35 percent Increases yield by 8 percent Reduces energy use up to 35 percent Improves produce quality Curtails nutrients cost
Objectives
Enhance water use efficiency (WUE) of flood irrigation method by using soil moisture gadgets, Alternate Wetting and Drying (AWD) method and Direct Seeding Rice (DSR) technique
To calibrate and demonstrate the impact of soil moisture gadgets on improving water productivity as compared to conventional method of irrigation scheduling
To indigenize / standardize the soil moisture monitoring gadgets under local environment
Capacity development of the professionals and farmers for enhancing WUE through different innovative techniques
Outcomes
Saves water up to 35 percent
Increases yield by 8 percent
Reduces energy use up to 35 percent
Improves produce quality
Curtails nutrients cost
Enhance water use efficiency (WUE) of flood irrigation method by using soil moisture gadgets, Alternate Wetting and Drying (AWD) method and Direct Seeding Rice (DSR) technique
To calibrate and demonstrate the impact of soil moisture gadgets on improving water productivity as compared to conventional method of irrigation scheduling
To indigenize / standardize the soil moisture monitoring gadgets under local environment
Capacity development of the professionals and farmers for enhancing WUE through different innovative techniques
Outcomes
Saves water up to 35 percent
Increases yield by 8 percent
Reduces energy use up to 35 percent
Improves produce quality
Curtails nutrients cost