基于水化学特征的长江源区生态水文学研究进展
李宗杰1(
), 段然1, 柯浩成1, 刘晓颖1, 谢庚淼1, 高文德1,2, 宋玲玲3, 张百娟2, 桂娟2, 薛健2, 南富森2, 梁鹏飞2, 李玉辰2
), 段然1, 柯浩成1, 刘晓颖1, 谢庚淼1, 高文德1,2, 宋玲玲3, 张百娟2, 桂娟2, 薛健2, 南富森2, 梁鹏飞2, 李玉辰2
Research progress of ecological hydrology based on hydrochemical characteristics in the source region of the Yangtze River
Zongjie LI1(), Ran DUAN1, Haocheng KE1, Xiaoying LIU1, Gengmiao XIE1, Wende GAO1,2, Lingling SONG3, Baijuan ZHANG2, Juan GUI2, Jian XUE2, Fusen NAN2, Pengfei LIANG2, Yuchen LI2
), Ran DUAN1, Haocheng KE1, Xiaoying LIU1, Gengmiao XIE1, Wende GAO1,2, Lingling SONG3, Baijuan ZHANG2, Juan GUI2, Jian XUE2, Fusen NAN2, Pengfei LIANG2, Yuchen LI2
图1. 基于后向轨迹的长江源区水汽源的时空变化
Fig. 1. Temporal and spatial variation of water vapor source based on back trajectories in the source region of Yangtze River
