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科学通报  2013 

降雨期间岩溶地下水化学组分的来源及运移路径

, PP. 1755-1763

Keywords: 岩溶地下水,化学组分,来源,运移路径,扩散流,管道流

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Abstract:

对降雨期间重庆青木关岩溶地下水系统出口姜家泉的水物理化学动态变化进行监测,获取高分辨率的数据,运用主成分分析法探索岩溶地下水化学组分的来源;结合水物理化学数据的变异系数,探讨化学组分在岩溶含水层中的运移路径.结果表明,水-岩作用和农业活动,以及水土流失是研究区岩溶地下水化学组分的主要来源.K+,Na+,NO3-,Cl-和PO43-等离子从地表输入后,与碳酸盐岩溶解产生的Ca2+,Mg2+,Sr2+和HCO3-等一并存储于裂隙、孔隙和溶隙等岩溶非饱和带中,受岩溶非饱和带的调蓄.这些离子在降雨期间随扩散流补给地下河,其浓度较为稳定,变异系数低.而全Fe、全Mn和Al3+等未经岩溶非饱和带的调蓄,在降雨期间随坡面漫流直接通过落水洞灌入地下河,其浓度极不稳定,变异系数高.农业活动和水土流失输入的物质严重威胁着岩溶地下水生态环境和当地居民的健康,因而有必要加强岩溶生态系统管理工作,从控制岩溶地下水外界物质输入端的源头抓起.

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