Coupling of Soil Water and Land Use in Loess Hilly Region
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Coupling of Soil Water and Land Use in Loess Hilly Region
Vol. 21, Issue 3, Pages: 166-169(2007)
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DOI:
CLC:S152.7
Published:2007
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XU Xue-xuan, ZHANG Bei-ying, BAI Xiao-hua. Coupling of Soil Water and Land Use in Loess Hilly Region[J]. 2007, 21(3): 166-169.
DOI:
XU Xue-xuan, ZHANG Bei-ying, BAI Xiao-hua. Coupling of Soil Water and Land Use in Loess Hilly Region[J]. 2007, 21(3): 166-169.DOI:
Coupling of Soil Water and Land Use in Loess Hilly Region
摘要
依据延安燕沟流域一条支沟的26个定位监测点4~10月的土壤水分连续监测资料
结合土地利用现状、土壤容重、坡度、坡位等因素对土壤水分的影响
给出了流域内的农坡地、梯田、坝地、乔木、灌木、草地、鱼鳞坑、水平阶等8类土地利用下0~4 m的逐月土壤水分、土壤储水量。在Arcview环境下统计了流域0~1 m
1~2 m
2~3m
3~4 m及0~4 m不同层次土壤水资源量的月动态变化。同时
通过对土地利用演变的情景模拟
探索了农林草地利用格局发生变化后土壤水资源量随之变化的响应程度
进而提出了该区合理利用土地与生态治理的对策。
Abstract
Based on the filed experiment in the projected Yangou watershed
Yan'an city
the soil water of 26 sits under different land use and land cover had been surveyed during April to Oct.The soil water content and soil water volume had been analyzed accordingly with the land use type by coupling land use data and soil gravity data
and also the effects of slope grade and altitude on the soil water content.The soil water of 8 types land use had been compared and systematically analyzed including slope arable land
terrace land
silt dam land
arbor forest land
shrub land
pasture land
fish-scale pot land
and narrow level belt land in 0~4 m soil layer.Under Arcview environment the soil water in 0~1 m
1~2 m
2~3 m
3~4 m
and 0~4 m layers of the watershed as a whole had been given monthly from April to Oct.The four scenarios of land use had also been compared to study the effect of land use change on the soil water resources in the watershed.The results could help the on going eco-environment project named "grain for green" in loess region.
Investigation on Land Use and Water and Soil Conservation Measures by Remote Sensing--Taking Dalate County, Inner Mongolia Autonomous Region for Example
Analysis on Spatial-Temporal Changes of Land Use and Ecosystem Services Value in Wuhan City
Distribution of Organic Carbon in Different Soil Aggregates Size During Revegetation in Hilly-Gully Region of Loess Plateau
Spatio-Temporal Variance of Vegetation Index of Cropland to Forest and Grass in Loess Hilly Region
Dynamic Monitoring of Land Use Based on 3S Technology in the Main Stream of Tarim River Region
Related Author
QI Qing-wen
CHEN Yan
ZHANG An-lu
LI Xiao-yun
GAO Wei
MIN Jie
AN Shao-shan
ZHANG Xuan
Related Institution
西北农林科技大学水土保持研究所,陕西杨凌
中国科学院水利部水土保持研究所, 陕西 杨凌
School of Geography, Faculty of Geographical Science, Beijing Normal University
China Institute of Water Resources and Hydropower Research