Add to ORKGMonitoring soil moisture is fundamental to determining how much irrigation water should be applied and when the soil is able to store the amount of water to be applied. Establishing when and how much water should be applied is often referred to as irrigation scheduling. This extension circular discusses soil moisture terms; what is a tensiometer, its installation and use; and worksheet
82-86One of the major concerns in irrigated agriculture in India is the poor water use efficiency. ...
Two criteria for deciding when a crop should be irrigated are: (1) the depletion of water in the roo...
This NebFact discusses precipitation and sprinkler irrigation monitoring for managing irrigation sch...
Monitoring soil moisture is fundamental to determining how much irrigation water should be applied a...
Extension Circular 84-724: Irrigation scheduling using tensiometers in sandy soil
Irrigation takes some risk out of crop production by providing a reliable source of water that allow...
Extension circular 80-724 is about irrigation scheduling using tensiometers and evapotranspiration o...
The tensiometer is a relatively inexpensive instrument capable of measuring the force or suction whi...
Extension Circular 61-716 is about tensiometer, a tool to help control nutrient leaching, timing of ...
Use of tensiometers can provide knowledge about the water-holding characteristics of soil and the wa...
Extension Circular 79-723: Irrigation Scheduling using soil moisture blocks in deep soil
Extension Circular 71-752: Scheduling Irrigations by electrical resistance blocks; where to place th...
Irrigation scheduling is rapidly gaining acceptance as a valuable tool for developing an on-farm wat...
Irrigation scheduling is rapidly gaining acceptance as a valuable tool for developing an on-farm wat...
Soil water sensors (SWS) have been widely researched and practiced for irrigation scheduling. Due to...
82-86One of the major concerns in irrigated agriculture in India is the poor water use efficiency. ...
Two criteria for deciding when a crop should be irrigated are: (1) the depletion of water in the roo...
This NebFact discusses precipitation and sprinkler irrigation monitoring for managing irrigation sch...
Monitoring soil moisture is fundamental to determining how much irrigation water should be applied a...
Extension Circular 84-724: Irrigation scheduling using tensiometers in sandy soil
Irrigation takes some risk out of crop production by providing a reliable source of water that allow...
Extension circular 80-724 is about irrigation scheduling using tensiometers and evapotranspiration o...
The tensiometer is a relatively inexpensive instrument capable of measuring the force or suction whi...
Extension Circular 61-716 is about tensiometer, a tool to help control nutrient leaching, timing of ...
Use of tensiometers can provide knowledge about the water-holding characteristics of soil and the wa...
Extension Circular 79-723: Irrigation Scheduling using soil moisture blocks in deep soil
Extension Circular 71-752: Scheduling Irrigations by electrical resistance blocks; where to place th...
Irrigation scheduling is rapidly gaining acceptance as a valuable tool for developing an on-farm wat...
Irrigation scheduling is rapidly gaining acceptance as a valuable tool for developing an on-farm wat...
Soil water sensors (SWS) have been widely researched and practiced for irrigation scheduling. Due to...
82-86One of the major concerns in irrigated agriculture in India is the poor water use efficiency. ...
Two criteria for deciding when a crop should be irrigated are: (1) the depletion of water in the roo...
This NebFact discusses precipitation and sprinkler irrigation monitoring for managing irrigation sch...