首页> 外文会议>IEEE International Geoscience and Remote Sensing Symposium >TYPICAL ALPINE WETLAND LANDSCAPE CHANGES IN EASTERN TIBETAN PLATEAU UNDER CLIMATE CHANGE OVER 15 YEARS
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TYPICAL ALPINE WETLAND LANDSCAPE CHANGES IN EASTERN TIBETAN PLATEAU UNDER CLIMATE CHANGE OVER 15 YEARS

机译:典型的高山湿地景观改变藏高高原在气候变化15年后

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In this study, remotely sensed landscape index analysis over 15 years, indoor and outdoor experimental analysis and statistical analysis were utilized to study a typical alpine wetland at Maqu County in eastern Qinghai-Tibet Plateau in China for the relation between landscape change and climate change. We investigated: 1) changes of alpine wetland landcover; 2)changes of the main climate characteristics (temperature, precipitation) of the alpine wetland; and 3) dynamic changes and causes of alpine wetland landscape. The results indicated the local climate change was the primary cause for resulting in reduction of wetland areas and degradation of wetlands over the last 15 years.
机译:在这项研究中,遥感景观指数分析超过15年,室内和室外实验分析和统计分析,用于研究中国东青藏高原在中国莫古县的典型高山湿地,以实现景观变革与气候变化的关系。我们调查了:1)高山湿地Landcover的变化; 2)高山湿地的主要气候特征(温度,降水)的变化; 3)高山湿地景观的动态变化与原因。结果表明,当地气候变化是导致湿地区域减少和过去15年湿地降解的主要原因。

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