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Modeling the spatial pattern of farmland using GIS and multiple logistic regression: a case study of Maotiao River Basin, Guizhou Province, China

机译:基于GIS和多元Logistic回归的农田空间格局模拟-以贵州省猫跳流域为例。

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摘要

Land use change is an important topic in the field of global environmental change and sustainable development. Land use change modeling has attracted substantial attention because it helps researchers understand the mechanisms of land use change and assists regulatory bodies in formulating relevant policies. Maotiao River Basin is located in the province of Guizhou, China, which has a developed agricultural industry in the karst mountain areas. This paper selected biophysical and social-economic factors as independent variables, and constructed a multiple logistic regression of farmland spatial distribution probability by random sampling. Then, by using GIS technology and integrating the 2000 data, this study predicted the farmland spatial pattern. When the predicted map was compared with the actual farmland map for 2000, we noted that 71% of the simulation is in accordance with the 2000 farmland pattern. The result satisfactorily proves the reasonability and applicability of our model.
机译:土地利用变化是全球环境变化和可持续发展领域的重要课题。土地用途变化建模吸引了广泛的关注,因为它可以帮助研究人员了解土地用途变化的机制,并帮助监管机构制定相关政策。帽跳河流域位于中国的贵州省,该省在喀斯特山区拥有发达的农业产业。本文选择生物物理和社会经济因素作为自变量,并通过随机抽样构建了农田空间分布概率的多元logistic回归。然后,通过使用GIS技术并整合2000年的数据,本研究预测了农田的空间格局。当将预测地图与2000年的实际农田地图进行比较时,我们注意到71%的模拟符合2000年的农田格局。结果令人满意地证明了我们模型的合理性和适用性。

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