Add to ORKGSalinity associated with saline seeps in western North Dakota can reach levels that restrict or eliminate plant growth. The composition and concentration of salts also can affect soil physical properties. Information is presented that can be of value for management and reclamation decisions
Salinization of land is a form of desertification; salinization of rivers is a global threat to biod...
Column lysimeters planted to tall fescue or bermudagrass used to collect leachate in the greenhouse ...
Salt is an important factor in plant and soil management. Excessive salt concentrations in soil can ...
SF-1087; This circular focuses on the nature of North Dakota salts and saline soil management
Soil salinity and sodicity are issues of growing concern in the United States (U.S.) and globally. K...
The increase in dryland salinity or "saline seeps" in recent years has caused considerable concern t...
Online Publ July 2016Salt accumulation in soils, affecting agricultural productivity, environmental ...
Saline and sodic (alkali) soils can significantly reduce the value and productivity of affected land...
Salts can be deposited in the soil from wind and rain, as well as through the weathering of rocks. T...
Reclamation of salt-affected soil has been identified by the FAO as being critical to meet the needs...
Saline seeps observed in western North Dakota can be classified into one of several general categori...
Saline soils reduce the productivity of over 80,000 hectares, or 23% of the land area, in Grand Fork...
Agricultural salinity stems from the concentration of salts dissolved in soil waters. It is caused b...
Plant performance can vary dramatically on sites affected by increased salt concentrations. Matching...
This article describes the natural conditions determining salt accumulation in waters and soils of N...
Salinization of land is a form of desertification; salinization of rivers is a global threat to biod...
Column lysimeters planted to tall fescue or bermudagrass used to collect leachate in the greenhouse ...
Salt is an important factor in plant and soil management. Excessive salt concentrations in soil can ...
SF-1087; This circular focuses on the nature of North Dakota salts and saline soil management
Soil salinity and sodicity are issues of growing concern in the United States (U.S.) and globally. K...
The increase in dryland salinity or "saline seeps" in recent years has caused considerable concern t...
Online Publ July 2016Salt accumulation in soils, affecting agricultural productivity, environmental ...
Saline and sodic (alkali) soils can significantly reduce the value and productivity of affected land...
Salts can be deposited in the soil from wind and rain, as well as through the weathering of rocks. T...
Reclamation of salt-affected soil has been identified by the FAO as being critical to meet the needs...
Saline seeps observed in western North Dakota can be classified into one of several general categori...
Saline soils reduce the productivity of over 80,000 hectares, or 23% of the land area, in Grand Fork...
Agricultural salinity stems from the concentration of salts dissolved in soil waters. It is caused b...
Plant performance can vary dramatically on sites affected by increased salt concentrations. Matching...
This article describes the natural conditions determining salt accumulation in waters and soils of N...
Salinization of land is a form of desertification; salinization of rivers is a global threat to biod...
Column lysimeters planted to tall fescue or bermudagrass used to collect leachate in the greenhouse ...
Salt is an important factor in plant and soil management. Excessive salt concentrations in soil can ...