Add to ORKGRecrop wheat production is a means of controlling saline seep growth. Data presented show yield and water use efficiency on recrop land to be related to N fertilization, which can be predicted from soil test information
Wheat plant (Triticum aestivum, sakha-8) was grown in pot experiment to study the effect of salinity...
First published online in 2009Plant growth in saline soils may be increased by fertilisation, but li...
Soils with high levels of chloride and/or sodium in their subsurface layers are often referred to as...
Since controlling saline-seep areas requires more intensive cropping of seep recharge areas to reduc...
The increase in dryland salinity or "saline seeps" in recent years has caused considerable concern t...
In arid and semi-arid regions, both rainfall and surface irrigation water supplies are unreliable an...
Not AvailableA field experiment was conducted for two consecutive years to develop management altern...
Expected yield losses as a function of quality and quantity of water applied for irrigation are requ...
This recently-completed 3-year field study evaluated the effectiveness of winter cover crop incorpor...
Saline seeps observed in western North Dakota can be classified into one of several general categori...
Shallow groundwater plays a vital role in water use and the yield of winter wheat. Nitrogen (N) appl...
Large amounts of shallow underground water typically with salt content at around 4.7 dS m−1 are avai...
Non-Peer ReviewedThe performance of six alfalfa cultivars and three grasses was evaluated on the bas...
Two-page article discusses an Agricultural Research Service study into salt water seeps. The study ...
The lysimeter experiment was carried out twice in consecutive two years (2014-15 and 2015-16) at Sak...
Wheat plant (Triticum aestivum, sakha-8) was grown in pot experiment to study the effect of salinity...
First published online in 2009Plant growth in saline soils may be increased by fertilisation, but li...
Soils with high levels of chloride and/or sodium in their subsurface layers are often referred to as...
Since controlling saline-seep areas requires more intensive cropping of seep recharge areas to reduc...
The increase in dryland salinity or "saline seeps" in recent years has caused considerable concern t...
In arid and semi-arid regions, both rainfall and surface irrigation water supplies are unreliable an...
Not AvailableA field experiment was conducted for two consecutive years to develop management altern...
Expected yield losses as a function of quality and quantity of water applied for irrigation are requ...
This recently-completed 3-year field study evaluated the effectiveness of winter cover crop incorpor...
Saline seeps observed in western North Dakota can be classified into one of several general categori...
Shallow groundwater plays a vital role in water use and the yield of winter wheat. Nitrogen (N) appl...
Large amounts of shallow underground water typically with salt content at around 4.7 dS m−1 are avai...
Non-Peer ReviewedThe performance of six alfalfa cultivars and three grasses was evaluated on the bas...
Two-page article discusses an Agricultural Research Service study into salt water seeps. The study ...
The lysimeter experiment was carried out twice in consecutive two years (2014-15 and 2015-16) at Sak...
Wheat plant (Triticum aestivum, sakha-8) was grown in pot experiment to study the effect of salinity...
First published online in 2009Plant growth in saline soils may be increased by fertilisation, but li...
Soils with high levels of chloride and/or sodium in their subsurface layers are often referred to as...
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