Analysis of Dynamic Change of Cultivated Land of Sichuan Province Based on Remote Sensing and GIS
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Analysis of Dynamic Change of Cultivated Land of Sichuan Province Based on Remote Sensing and GIS
Vol. 20, Issue 2, Pages: 149-152(2006)
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CLC:TP79F301.2
Published:2006
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YANG Cun-jian, ZHANG Rui, DENG Li-li. Analysis of Dynamic Change of Cultivated Land of Sichuan Province Based on Remote Sensing and GIS[J]. 2006, 20(2): 149-152.
DOI:
YANG Cun-jian, ZHANG Rui, DENG Li-li. Analysis of Dynamic Change of Cultivated Land of Sichuan Province Based on Remote Sensing and GIS[J]. 2006, 20(2): 149-152.DOI:
Analysis of Dynamic Change of Cultivated Land of Sichuan Province Based on Remote Sensing and GIS
An analysis and study on the characteristics of cultivated land dynamic change is very important in protection
growth and utilization of cultivated land.Therefore
it tries to make an analysis on the characteristics of cultivated land dynamic change and its background characteristics as well as spatial distribution of cultivated land in Sichuan province from mid-1990s to 2000
employing GIS technology under the aid of spatial database platform.The research shows that the net decreased wet rice land are mainly turned into dry farming land
people's inhabitation and grassland and the net decreased dry farming land are turned into people's inhabitation and grassland
while most of net increased dry farming land are converted from wet rice land and forst land.The net increased cultivated land are found in slight and mild soil erosed areas as well as areas with slope degree as 4
3 and 5 and the net decreasing of cultivated land mainly happens in areas with slope degree as 1.The net decreased cultivated land are found in the plains
hills and mountains around Sichuan basin with Yaan city
Leshan city
Neijiang city and Chengdu city as the top four places
while the net increased cultivated land are often found on the the mountains of southwestern Sichuan and plateaus of northwestern Sichuan with Mianyang city
Deyang city
Aba Tibetain and Qiang Autonomous Prefecture and Liangshan Yi Autonomous Prefecture as the top four places.
Analysis of Dynamic Change of Cultivated Land of Sichuan Province Based on Remote Sensing and GIS
Coupling Coordination Relationship and Spatiotemporal Evolution Characteristics of Land Use Benefit in Sichuan Province Based on Entropy Weight TOPSIS and Coupling Coordination Model
Evaluation Method and Its Application Research on Cultivated Land Multi-Suitability Based on GIS and NFM
Evaluation Method and Its Application Research on Cultivated Land Multi-Suitability Based on GIS and NFM
Development Characteristics and Topographic Differentiation Features of Erosion Gully in Liaoning Province of China
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Related Institution
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