Relationship between chemical and mineralogical properties and the rapid response to acid load of soils in humid Asia : Japan, Thailand and Indonesia(Soil Chemistry and Soil Mineralogy)

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概要

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• It is essential to determine the relationship between soil chemical and mineralogical properties and soil response to acid load to understand the acid-neutralizing capacity and cation behavior of different ecosystems. For 46 soil samples from a subsurface horizon in humid Asia, that is, Japan, Thailand and Indonesia, exchangeable cations, total bases and oxalate-extractable Al (Al_o) were determined, and acid titration was conducted to investigate the rapid soil response to acid load. The acid titration experiment indicated three types of soil response: (1) the release of base cations (particularly Ca and Mg) strongly correlated with exchangeable bases, which dominated the tropical soil samples, (2) the release of Al correlated with Al_o content, which dominated the Japanese soil samples, (3) acid and anion adsorption in soil samples with low acid-neutralizing capacity. To gain further information on the source of soil alkalinity, a column experiment with HCl was conducted using eight selected soil samples in which first-order kinetics were assumed to simulate the time-courses of cation release. In the column experiment, the amounts of Ca and Mg released were close to the exchangeable amounts, and Al_o dissolved more rapidly than Al in crystalline minerals. The rate constants of cation release were large for Ca and Mg, and small for Al, clearly indicating a difference between the exchange and dissolution reactions. Thus, rapid soil response to acid load differed among the soils. A cation exchange reaction was dominant in the tropical soils. In some tropical soils, Ca and Mg were present in exchangeable forms at a higher ratio in the total amounts and they were considered to be easily utilized by plants, but leached out from the soils. In the Japanese soils, including the Andisols, secondary mineral dissolution was conspicuous, resulting in a large acid-neutralizing capacity. In both the tropical and Japanese soils with low acid-neutralizing capacity, anion adsorption mainly contributed to acid neutralization.

• 社団法人日本土壌肥料学会の論文

著者

• KOSAKI Takashi

  Graduate School of Urban Environmental Sciences Tokyo Metropolitan University

• FUNAKAWA Shinya

  Graduate School of Agriculture, Kyoto University

• Kosaki Takashi

  Department Of Tourism Science Tokyo Metropolitan University

• Funakawa Shinya

  Graduate School Of Agriculture Kyoto University

• Kosaki Takashi

  Department Of Soil Sciences And Land Resource Faculty Of Agriculture Bogor Agricultural University

• Kosaki Takashi

  Graduate School Of Agriculture Kyoto University

• Kosaki Takashi

  Graduate School Of Urban Environmental Science Tokyo Metropolitan University

• Funakawa Shinya

  Department Of Soil Sciences And Land Resource Faculty Of Agriculture Bogor Agricultural University

• WATANABE Tetsuhiro

  Graduate School of Global Environmental Studies, Kyoto University

• OGAWA Nahoko

  Research Institute of Spacevision

• Watanabe Tetsuhiro

  Graduate School Of Agriculture Kyoto University

• Funakawa Shinya

  Graduate School Of Global Environmental Studies Kyoto University:graduate School Of Agriculture Kyot

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