CLAY MINERALOGY OF SOILS IN NATURAL LEVEE AND BACK SLOUGH OF TAKEDA RIVER, FUKUI, CENTRAL JAPAN
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概要
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The mineral composition of the soil clay fractions in natural levee and back slough of Takeda River, Fukui Prefecture. Central Japan was estimated by the method using X-ray diffraction and thermogravimetry after Kitagawa et al. (1994). The results was summarized as follow's: Kaolin minerals, chlorite, mica minerals. chlorite-vermiculite intergrade. vermiculite. smectite and amorphous materials were detected in each horizon of the soils. It was suggested that these minerals originated mainly in the materials transported from the upper stream of the river. Moreover, the contents of clay minerals were not different between the natural levee soils and the back slough ones. This result was different from the conclusion in the meander belt of alluvial plains in Northeast Japan after Saegusa (1979). in which chlorite and kaolinite are dominant in the soils of natural levee while smectite is dominant in those of back slough. This should be due to the regional difference or the scale of alluvial plain.
- 日本粘土学会の論文
- 1999-11-01
著者
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Kitagawa Y
Fukui Prefectural Univ. Fukui Jpn
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Itami K
Fukui Prefectural Univ. Fukui Jpn
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Kitagawa Yasuo
Upland Farming Reseach Center Central Agricultural Experiment Station
関連論文
- CLAY MINERALOGY OF SOILS IN NATURAL LEVEE AND BACK SLOUGH OF TAKEDA RIVER, FUKUI, CENTRAL JAPAN
- ORIGIN OF SMECTITE IN BASIN SOILS SURROUNDED WITH THE MIOCENE HILL IN IMADATE, FUKUI, JAPAN
- EFFECTS OF SODIUM CHLORIDE CONCENTRATIONS ON ZETA POTENTIALS OF CLAY MINERALS ESTIMATED BY AN ELECTROKINETIC SONIC AMPLITUDE METHOD
- Effect of Addition of Al Hydroxides on Changes in Dispersibility and Charge Characteristics of Soils
- Effect of Removal of Free Oxides on Changes in Dispersibility and Charge Characteristics of Soils
- Evaluation of Relationship between Dispersibility of Soils and Charge Characteristics Using a Modified Ion Adsorption Method : An Example of Soils from Wakayama Prefecture, Japan
- DERIVATIVE-THERMOGRAVIMETRIC ESTIMATION OF KAOLIN MINERALS IN SOILS
- GIBBSITE IN TWO AMAZON SOILS