气候变化对青藏高原植被生态系统的影响研究进展
曹晓云1,2(
), 周秉荣2,3(), 周华坤4, 乔斌1,2, 颜玉倩1,2, 赵彤1,2, 陈奇1,2, 赵慧芳1,2, 于红妍5
), 周秉荣2,3(), 周华坤4, 乔斌1,2, 颜玉倩1,2, 赵彤1,2, 陈奇1,2, 赵慧芳1,2, 于红妍5
Research progress on the impact of climate change on vegetation ecosystem in the Tibetan Plateau
CAO Xiaoyun1,2(), ZHOU Bingrong2,3(), ZHOU Huakun4, QIAO Bin1,2, YAN Yuqian1,2, ZHAO Tong1,2, CHEN Qi1,2, ZHAO Huifang1,2, YU Hongyan5
), ZHOU Bingrong2,3(), ZHOU Huakun4, QIAO Bin1,2, YAN Yuqian1,2, ZHAO Tong1,2, CHEN Qi1,2, ZHAO Huifang1,2, YU Hongyan5
图1. 青藏高原变暖放大效应和海拔依赖型变暖的物理机制示意图（引自文献[
Fig.1. Schematic diagram of the physical mechanisms controlling the profile of warming amplification and elevation dependent warming in the Tibetan Plateau （cited from literature [
