Spatiotemporal variations and driving factors for potential wind erosion on the Mongolian Plateau
Wind erosion can cause desertification and sandstorms in arid and semiarid areas.
However, quantitative studies of the dynamic changes in wind erosion over long time …
However, quantitative studies of the dynamic changes in wind erosion over long time …
Construction and analysis of freezing damage indices for winter wheat during the overwintering period in northern Xinjiang, China
Z Zhang, M Wang, X Huo, W Mao, Y Gu, G Cao… - Theoretical and Applied …, 2024 - Springer
Freezing damage indices for winter wheat during snowfall in the overwintering period in
northern Xinjiang, China, were constructed using six climate factors: negative accumulated …
northern Xinjiang, China, were constructed using six climate factors: negative accumulated …
[PDF][PDF] 蒙古高原多年冻土区2014-2023 年植被变化及其对气候变化的响应
李凤娇， 王卷乐， 李朋飞 - 资源与生态学报, 2024 - jorae.cn
多年冻土区是对气候变化最敏感的地区之一. 随着全球变暖, 蒙古高原多年冻土退化加剧,
多年冻土区植被生态系统受到严重威胁. 面对这一挑战, 了解气候变化下蒙古高原不同冻土退化 …
多年冻土区植被生态系统受到严重威胁. 面对这一挑战, 了解气候变化下蒙古高原不同冻土退化 …
[PDF][PDF] Vegetation Changes from 2014 to 2023 in the Mongolian Plateau Permafrost Region under Climate Change
LI Fengjiao, W Juanle, LI Pengfei… - Journal of Resources and …, 2024 - jorae.cn
The permafrost region is one of the most sensitive areas to climate change. With global
warming, the Mongolian Plateau permafrost is rapidly degrading, and its vegetation …
warming, the Mongolian Plateau permafrost is rapidly degrading, and its vegetation …