Add to ORKGThe increase in dryland salinity or "saline seeps" in recent years has caused considerable concern to agriculturists in the Northern Great Plains. Aerial photography was used to show increases in salinity of five severely affected areas in Stark County, North Dakota
Saline soils reduce the productivity of over 80,000 hectares, or 23% of the land area, in Grand Fork...
This article describes the natural conditions determining salt accumulation in waters and soils of N...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
Saline seeps observed in western North Dakota can be classified into one of several general categori...
The article focuses upon saline seepage into water sources. Much of this research was aimed at agric...
Two-page article discusses an Agricultural Research Service study into salt water seeps. The study ...
Soil salinity and sodicity are issues of growing concern in the United States (U.S.) and globally. K...
SF-1087; This circular focuses on the nature of North Dakota salts and saline soil management
Recrop wheat production is a means of controlling saline seep growth. Data presented show yield and...
Studies have not previously interrelated in detail the vegetation and soils in areas of soluble salt...
Non-Peer Reviewedover 60 salinity investigations have been completed within a 9 township area near A...
Soil salinization and sodification are common processes that particularly characterize drylands. The...
Dryland salinity is caused by a build-up of salts in the root zone of plants in non-irrigated areas ...
Salinity associated with saline seeps in western North Dakota can reach levels that restrict or eli...
Soil salinization and sodification are common processes that particularly characterize drylands. The...
Saline soils reduce the productivity of over 80,000 hectares, or 23% of the land area, in Grand Fork...
This article describes the natural conditions determining salt accumulation in waters and soils of N...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
Saline seeps observed in western North Dakota can be classified into one of several general categori...
The article focuses upon saline seepage into water sources. Much of this research was aimed at agric...
Two-page article discusses an Agricultural Research Service study into salt water seeps. The study ...
Soil salinity and sodicity are issues of growing concern in the United States (U.S.) and globally. K...
SF-1087; This circular focuses on the nature of North Dakota salts and saline soil management
Recrop wheat production is a means of controlling saline seep growth. Data presented show yield and...
Studies have not previously interrelated in detail the vegetation and soils in areas of soluble salt...
Non-Peer Reviewedover 60 salinity investigations have been completed within a 9 township area near A...
Soil salinization and sodification are common processes that particularly characterize drylands. The...
Dryland salinity is caused by a build-up of salts in the root zone of plants in non-irrigated areas ...
Salinity associated with saline seeps in western North Dakota can reach levels that restrict or eli...
Soil salinization and sodification are common processes that particularly characterize drylands. The...
Saline soils reduce the productivity of over 80,000 hectares, or 23% of the land area, in Grand Fork...
This article describes the natural conditions determining salt accumulation in waters and soils of N...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...