Data for: Impact of anthropogenic sulfate deposition via precipitation on carbonate weathering in a typical industrial city in a karst basin of Southwest China: A case study in Liuzhou

A total of 115 atmospheric precipitation samples were collected by Liuzhou Environmental Protection Monitoring (urban area, subscript “P1”) and the Shatang Forest School (suburb, subscript “P2”) from June 2014 to May 2015 (09:00 to 09:00 the next day).A total of 105 river samples were collected in Lutang, Liuzhou Hydrological Station and Luowei, which are located at the Liujiang River entrance (upper reaches, subscript by “R1”), centre (middle reaches, subscript “R2”) and southeast exit of the Liuzhou (lower reaches, subscript “R3”) from June 2014 to May 2015.

总计115份大气降水样本由柳州环境保护监测站（城市区域，下标“P1”）和沙塘森林学校（郊区，下标“P2”）于2014年6月至2015年5月（每日09:00至次日09:00）收集。同期，在柳州水文站 lutang 以及位于柳江河口（上游，下标“R1”）、中部（中游，下标“R2”）和柳州东南出口（下游，下标“R3”）的罗伟处共收集了105份河流样本。

搜集汇总

背景与挑战

背景概述

该数据集包含2014年6月至2015年5月在中国柳州采集的115个大气降水样本和105个河流样本，用于研究人为硫酸盐沉积通过降水对喀斯特盆地碳酸盐风化的影响。数据覆盖市区和郊区以及柳江不同河段，以xls格式提供，关联环境化学研究，适用于分析工业城市人类活动对喀斯特地貌的化学风化作用。