Poor water penetration and high soil salinity can be particularly detrimental to crop production in arid regions. In the Imperial Valley, roughly half of the crop acreage is planted on clay soils with very low water infiltration rates. A 30-year study showed that traditional subsurface-drainage systems provide limited control of soil water content and salinity in the root zone in clay soils underlain by artesian aquifers. In a more recent 3-year study at the UC Desert Research & Extension Center, a shallow drainage-well system improved water movement through the soil profile and was useful in leaching salts from clay soils only after continuous surface ponding and groundwater ...
Extensive areas of non-irrigated agricultural land in Western Australia have become saline. Rehabili...
Soil management becomes increasingly important with the advent of irrigation agriculture in semi-ari...
Irrigation will be required to meet the demands of the world population for food. Water will also be...
Irrigated agriculture has been in a quandary of sustaining its productivity for centuries while atte...
Irrigated agriculture has been in a quandary of sustaining its productivity for centuries while atte...
Saline soils in arid regions of the world are normally reclaimed by continuous ponding method of the...
Most soils in arid regions contain significant quantities of water soluble salts. When these soils a...
Irrigating crops can often cause salts to build up in the soil profile. These accumulated salts can ...
Irrigating crops can often cause salts to build up in the soil profile. These accumulated salts can ...
In semi-arid or arid locations, salinity can become a problem for farmers who irrigate crops (Hillel...
Whereas irrigation and drainage are intended to address the shortage and surplus of soil water, resp...
Whereas irrigation and drainage are intended to address the shortage and surplus of soil water, resp...
On the west side of the San Joaquin Valley, California, groundwater tables have risen after several ...
Cracks in dry saline montmorillonitic clay allow the soil to wet rapidly when flooded with negligibl...
Three water application treatments with low salt water were applied to previously nonirrigated soil ...
Extensive areas of non-irrigated agricultural land in Western Australia have become saline. Rehabili...
Soil management becomes increasingly important with the advent of irrigation agriculture in semi-ari...
Irrigation will be required to meet the demands of the world population for food. Water will also be...
Irrigated agriculture has been in a quandary of sustaining its productivity for centuries while atte...
Irrigated agriculture has been in a quandary of sustaining its productivity for centuries while atte...
Saline soils in arid regions of the world are normally reclaimed by continuous ponding method of the...
Most soils in arid regions contain significant quantities of water soluble salts. When these soils a...
Irrigating crops can often cause salts to build up in the soil profile. These accumulated salts can ...
Irrigating crops can often cause salts to build up in the soil profile. These accumulated salts can ...
In semi-arid or arid locations, salinity can become a problem for farmers who irrigate crops (Hillel...
Whereas irrigation and drainage are intended to address the shortage and surplus of soil water, resp...
Whereas irrigation and drainage are intended to address the shortage and surplus of soil water, resp...
On the west side of the San Joaquin Valley, California, groundwater tables have risen after several ...
Cracks in dry saline montmorillonitic clay allow the soil to wet rapidly when flooded with negligibl...
Three water application treatments with low salt water were applied to previously nonirrigated soil ...
Extensive areas of non-irrigated agricultural land in Western Australia have become saline. Rehabili...
Soil management becomes increasingly important with the advent of irrigation agriculture in semi-ari...
Irrigation will be required to meet the demands of the world population for food. Water will also be...