The cation exchange capacity of clay-size material extracted from soil with a low organic matter content is largely dependent on the kinds of clay minerals present. If the extracted clay is composed mostly of one kind of clay mineral, the exchange capacity will indicate what that mineral is. This paper reports on cation exchange capacity determinations made on the minus 2 micron clay-size range of selected samples of loess from the southwestern Iowa area
Mixing and manipulation of soil and water cause consistency changes at various moisture contents. Th...
© 2018, Clay Minerals Society. All rights reserved. The Boom Clay in northern Belgium has been studi...
Contribution of clay mineral phase (<2 um) and organic matter to the cation exchange capacity (CEC) ...
The cation exchange capacity of clay-size material extracted from soil with a low organic matter con...
Several Wisconsin Loess sections were described before the Iowa Academy of Science in 1953 (1), and ...
The Soil Research Laboratory of the Iowa Engineering Experiment Station has been studying areal and ...
Recent studies by the Iowa Engineering Experiment Station have been concerned with basic properties ...
This paper is a continuation of the work previously reported by Dahl, Handy and Davidson (1), and su...
A research project, in the Department of Geology at Iowa State College, has as its purpose the inves...
It is widely recognized in Iowa that there are not enough economically available supplies of sand, g...
The cation exchange capacity (CEC) of fine-grained materials, and especially clay minerals, is a fun...
The cation exchange capacity (CEC) is the most important soil physicochemical property with respect ...
This report summarizes two aspects of the Wisconsin loess in southern Iowa and presents some informa...
Mixing and manipulation of soil and water cause consistency changes at various moisture contents. Th...
© 2018, Clay Minerals Society. All rights reserved. The Boom Clay in northern Belgium has been studi...
Contribution of clay mineral phase (<2 um) and organic matter to the cation exchange capacity (CEC) ...
The cation exchange capacity of clay-size material extracted from soil with a low organic matter con...
Several Wisconsin Loess sections were described before the Iowa Academy of Science in 1953 (1), and ...
The Soil Research Laboratory of the Iowa Engineering Experiment Station has been studying areal and ...
Recent studies by the Iowa Engineering Experiment Station have been concerned with basic properties ...
This paper is a continuation of the work previously reported by Dahl, Handy and Davidson (1), and su...
A research project, in the Department of Geology at Iowa State College, has as its purpose the inves...
It is widely recognized in Iowa that there are not enough economically available supplies of sand, g...
The cation exchange capacity (CEC) of fine-grained materials, and especially clay minerals, is a fun...
The cation exchange capacity (CEC) is the most important soil physicochemical property with respect ...
This report summarizes two aspects of the Wisconsin loess in southern Iowa and presents some informa...
Mixing and manipulation of soil and water cause consistency changes at various moisture contents. Th...
© 2018, Clay Minerals Society. All rights reserved. The Boom Clay in northern Belgium has been studi...
Contribution of clay mineral phase (<2 um) and organic matter to the cation exchange capacity (CEC) ...