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Monitoring cropland transition and its impact on ecosystem services value in developed regions of China: A case study of Jiangsu Province

机译:监测中国发达地区生态系统服务价值的影响及其对江苏省案例研究的影响及其对生态系统服务价值的影响

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Cropland use is experiencing an intense transition in both depth and breadth with rapid development of the Chinese economy. Unwarranted land use transitions can affect the ecosystem services value (ESV) and ecosystem functions significantly. This paper reports the dynamic patterns of cropland transition (CLT) and its impact on ESV in Jiangsu Province based on land-use data from 1990, 2000, 2010, and 2013, crop yield data, empirical data related to ESV, some revisions adapted to the situation of Jiangsu, and Geo-information Tupu methods. Jiangsu has experienced rapid economic growth and urbanization, which can be seen as a microcosm of China's development. Results showed that the total area of cropland decreased markedly from 1990 to 2013. This loss of cropland took place mainly through the expansion of construction land and water area, accounting for 83.78% and 13.71%, respectively. The gain in cropland came mainly from construction land, water area, grassland, and woodland, accounting for 58.92%, 19.92%, 11.46%, and 10.22%. The transitions from 2000 to 2010 were much more significant than during 1990–2000 and 2010–2013. CLTs were accompanied by relatively concentrated distributions near towns and cities and the distributions in southern and central Jiangsu were more than in northern Jiangsu. Between 1990 and 2013, CLTs gave rise to a decrease of 6.78 million US$ ESV that was mostly caused by the transition from cropland to construction land and water area to cropland. Based on this information, some of the major implications for improving the land use policy and ecological protection policy in China were discussed. These include increased emphasis on land quality and ecological environment in balance between cropland addition and conversion, introducing ESV measures to evaluate the ecological effect of land-use planning, and establish an all-around ecological compensation mechanism.
机译:农田使用正在经历深度和广度的强烈过渡,随着中国经济的快速发展。 UNRANTED LINE使用过渡可能会影响生态系统服务价值(ESV)和生态系统功能显着。本文报告了农田过渡(CLT)的动态模式及其对江苏省ESV的影响,基于1990年,2000年,2010年和2013年的土地利用数据,作物产量数据,与ESV相关的经验数据,一些修订适应江苏局势和地理信息图宇方法。江苏经历了迅速的经济增长和城市化,可以被视为中国发展的微观。结果表明,从1990年至2013年,农田总面积明显下降。这种农田的失去主要通过扩大建设用地和水域,分别占83.78%和13.71%。农田的收益主要来自建设用地,水域,草原和林地,占58.92%,19.92%,11.46%和10.22%。从2000年到2010年的过渡比1990-2000和2010-2013更重要。 CLTS伴随着城镇和城市附近的相对浓度的分布,江苏南部和中部的分布不仅仅是江苏北部。在1990年至2013年期间,CLTS的降低为6.78亿美元,主要是由农田到耕地和水域到农田的耕地和水域的过渡而导致的。根据这些信息,讨论了改善中国土地利用政策和生态保护政策的一些主要影响。这些包括在农田添加和转换之间平衡地增加了土地质量和生态环境,引入了ESV措施来评估土地利用规划的生态效应,并建立全面的生态补偿机制。

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