基于集成学习技术的青海高原地表温度反演研究
辛萍萍1,2(
), 陈国茜1,3(), 周生蓉4, 文生祥1,5, 程俊清2, 田媛2
), 陈国茜1,3(), 周生蓉4, 文生祥1,5, 程俊清2, 田媛2
Research on land surface temperature retrieval over the Qinghai Plateau based on ensemble leaning technology
XIN Pingping1,2(), CHEN Guoqian1,3(), ZHOU Shengrong4, WEN Shengxiang1,5, CHENG Junqing2, TIAN Yuan2
), CHEN Guoqian1,3(), ZHOU Shengrong4, WEN Shengxiang1,5, CHENG Junqing2, TIAN Yuan2
图6. 2023年8—9月青海省玉树藏族自治州通天河流域洪涝过程下3个模型反演地表平均温度与实测数据对比
Fig.6. Comparison of average land surface temperature retrieved by three models and observed data under flood processes in the Tongtian River Basin， Yushu Tibetan Autonomous Prefecture， Qinghai Province， from August to September 2023
