首页|期刊导航|中国农业科学（英文版）|Fractal Characteristics of Stagnic Anthrosols and the Relationship with Soil Micro-Structure
中国农业科学（英文版）2009，Vol.8Issue(5)：605-612,8.
Fractal Characteristics of Stagnic Anthrosols and the Relationship with Soil Micro-Structure
Fractal Characteristics of Stagnic Anthrosols and the Relationship with Soil Micro-Structure
摘要
Abstract
The Stagnic Anthrosols developed from quaternary yellow sedimentary parent material occupied an important position in Southwest China.Fractal dimensions of particle size and micro-aggregate size distributions of Stagnic Anthrosols and their relationship to soil micro-structure had been probed.Results showed that the soil particle size distributions were dominated by clay,the fractal dimensions of particle size distributions (Ds) were high and between 2.676-2.925,as the fractal dimensions of micro-aggregate size distributions (Da) were between 2.354-2.853.The fractal dimensions of particlesize distributions were preferably related with the ratio of coarse particles and fine particles (c/f20μm) and the micromorphological feature of skeleton grains.The evolution degree of micro-structure among horizons were reflected by the coefficient of variation of Ds within the profile.The fractal dimensions of micro-aggregate size distributions were related with the quantities,distributions of micro-aggregates and micro-pores.Results revealed that the soil micro-structures could be quantified by fractal dimensions preliminarily.关键词
Stagnic Anthrosols/micro-aggregate/fractal dimension/micro-morphologyKey words
Stagnic Anthrosols/micro-aggregate/fractal dimension/micro-morphology分类
农业科技引用本文复制引用
XU Xiang-ming,HE Yu-rong..Fractal Characteristics of Stagnic Anthrosols and the Relationship with Soil Micro-Structure[J].中国农业科学（英文版）,2009,8(5):605-612,8.基金项目
This study was supported by the Knowledge Innovation Program of the Chinese Academy of Sciences (KZCX2-YW-409) and the National Key Technology R&D Program of China (2006BAC01A 11).The authors are grateful to Dr.Zhou Hongyi,Tang Jialiang,and Ma Sherman,Wang Yanqiang for fieldwork. （KZCX2-YW-409）
