安徽农业科学2011，Vol.39Issue(23)：14300-14302,3.
灌区土地利用优势度分析——以陕西省泾惠渠灌区为例
Analysis on Degree of Dominance of Land Use in Irrigation District
摘要
Abstract
According to the remote sensing interpretation data in study area, statistics and the data concerning agricultural land classification of Shaanxi Province, on the basis of degree of dominance of land use, taking Jinghuiqu Irrigation District as an example, this paper adopts benefit-cost analysis method and the method of degree of dominance of land resources per capita to conduct analysis on degree of dominance of land. The results show that in study area, the ratio of cost to benefit of farmland is 1.5, with relative big value, indicating that farmland is the dominant land resource in Jinghuiqu Irrigation District; the abundance of land resources in study area is 0.73, the combination index of land resources is 2.3, and degree of dominance of land resources per capita is 0. 32, indicating that the combination index of land resources in study area is relatively big, while degree of dominance of land resources per capita is relatively small, which shows that in study area, the combination of all kinds of land resources is in a poor state, with poor supporting ability. In view of the status quo that the combination of all kinds of land resources is in a poor state, with poor supporting ability in Jinghuiqu Irrigation District, the corresponding policy suggestions are put forward as follows; first, strictly implement the central policy and protect farmland resources; second, adjust land use structure and strive to promote benefit; third, make rational planning of land resources and take the road of sustainable development; fourth, take the irrigation district as the unit and establish use class and price standard of land in irrigation district.关键词
土地资源优势度/效益-成本/人均土地资源优势度/泾惠渠灌区Key words
Degree of dominance of land resources/ Benefit-cost/ Degree of dominance of land resources per capita/ Jinghuiqu Irrigation District分类
管理科学引用本文复制引用
周璐红,李亚妮,王晓峰..灌区土地利用优势度分析——以陕西省泾惠渠灌区为例[J].安徽农业科学,2011,39(23):14300-14302,3.基金项目
国家自然科学基金资助项目(41040011) （41040011）
国家外专局和教育部项目“111计划”(B08039). （B08039）
