The saltwater intrusion affects the soil quality from the microcosmic aspect, and then affects the LUCC.
咸水入侵从微观层次上影响土壤质量，从而影响土地利用的变化。
The case study indicates that using Geo-information Tupu to study LUCC of coal mining area could be a advanced and feasible technique approach.
通过实例研究表明：基于多时相遥感数据，利用地学信息图谱研究煤矿区LUCC是一种先进可行的技术途径。
Therefore, through the analysis of the first passage time parameter, we can conclude the general rule of the LUCC dynamic change process in the regions.
因此通过对首达时间参数的分析，能够揭示出区域LUCC动态变化过程的一般规律。
Land use and land cover change (LUCC) is the main reason of global change, LUCC research has become the front in global change and hot question at present.
土地利用覆盖变化(LUCC)是全球变化的主要原因之一，当前LUCC研究已成为全球变化研究的前沿和热点问题。
Owing to having long history of land development and various types of land cover, the change of China's LUCC is an important component part of global environmental changes.
中国具有悠久的土地开发史，由于地域辽阔，自然条件差异大，使土地利用与土地覆盖类型多种多样，中国的LUCC变化是全球环境变化的重要组成部分。
Examples prove that the adopted method and technology improve the level of autoimmunization and precision of LUCC information extraction, and can be generalized in a larger scope.
实践证明，所采用的方法和技术提高了LUCC信息提取的自动化水平和精度，并可以在更大范围内推广使用。
LUCC informatics system, LUCCIS, is a newly developed research field on the basis of integrating the classical methodology of physical geography and the new progresses in GIS technologies.
LUCC信息学方法体系是集区域自然地理学理论方法与GIS技术于一体的新兴学科领域。
Finally, by the post-classification approach, the LUCC during 14 years was monitored and the land use transfer matrix was built which can exhibit how and how much every land use type change.
最后采用分类后比较法对14年前后的土地利用类型进行动态监测，建立土地利用转换矩阵，以量化方式表示各种土地利用类型变化具体情况。
As the result, we find: the most distinct features of LUCC in arid area mainly appeared in the oasis-desert interlocked belt, and the whole change is not obvious, but the partial variation is sharp.
结果发现：干旱区LUCC热点区域主要集中在绿洲-荒漠交错带，并具有整体变化不大，但局部变化剧烈的特点。
As the result, we find: the most distinct features of LUCC in arid area mainly appeared in the oasis-desert interlocked belt, and the whole change is not obvious, but the partial variation is sharp.
结果发现：干旱区LUCC热点区域主要集中在绿洲-荒漠交错带，并具有整体变化不大，但局部变化剧烈的特点。
应用推荐