基于水化学及径流组成的中国西北内陆河流域水资源风险评估
|
|
王诗语, 孙从建, 陈伟, 张鑫, 周思捷
|
Assessing water resource risks in inland river basins of Northwest China from water chemistry and runoff
|
|
WANG Shiyu, SUN Congjian, CHEN Wei, ZHANG Xin, ZHOU Sijie
|
|
表3 研究区不同水体稳定同位素特征
|
Tab. 3 Stable isotope characteristics of different water bodies in the study area
|
|
| 研究区 | δD(‰) | | δ18O(‰) | | 河水 | 降水 | 雪融水 | 冰川
融水 | 地下水 | 河水 | 降水 | 雪融水 | 冰川
融水 | 地下水 | | 天山山区 | 博尔塔拉河 | -77.50 | -93.70 | | | -75.61 | | -11.20 | -11.19 | | | -11.02 | | 乌鲁木齐河 | -58.00 | -33.23 | -57.29 | -65.17 | -58.93 | -8.87 | -8.84 | -12.21 | -12.67 | -9.15 | | 伊犁喀什河 | -88.25 | -94.80 | -107.14 | -76.68 | -87.30 | -13.76 | -14.83 | -15.27 | -11.64 | -13.21 | | 开都河 | -70.39 | -19.45 | -79.70 | -63.11 | -67.29 | -10.70 | -2.93 | -10.93 | -10.04 | -10.19 | | 阿克苏河 | -81.08 | -12.61 | | | | -12.07 | -2.35 | | | | | 呼图壁河 | -66.66 | -86.25 | -150.79 | | -69.82 | -9.94 | -12.42 | -19.42 | | -10.23 | | 祁连山区 | 疏勒河 | -64.53 | -49.56 | -95.40 | -89.50 | -64.84 | -10.01 | -6.99 | -14.10 | -13.50 | -10.27 | | 黑河 | -53.37 | -54.63 | -51.70 | | -52.42 | -8.62 | -8.39 | -9.40 | | -8.80 | | 石羊河 | -47.56 | -39.45 | -51.12 | -54.40 | -48.80 | -8.47 | -7.20 | -9.08 | -9.40 | -7.80 | | 昆仑山区 | 叶尔羌河 | -82.00 | | | | | -11.10 | | | | | | 提孜那甫河 | -44.29 | -27.27 | -160.21 | -42.81 | -41.06 | -8.04 | -3.83 | -21.17 | -7.40 | -8.07 | | 和田河 | -60.00 | | | | | -9.30 | | | | |
|
|
|