Data of Chemical analysis from soil cores and surface waters from Yamal-Nets Area

Three soil cores were collected from the lowlands of the Syoyakha (Sy), Murtyyakha (Mu), and Taz rivers (Ta), Northwest area of the Yamal-Nets Autonomous Region. The soil samples from each horizon, supra-permafrost water, water from the small streams nearby soil cores and water from the rivers that streams flow into, were collected. The raw dataset of chemical analysis is shown in the file (text/csv) as below:

1-3: Elemental concentrations of each genetic horizon in Ta, Sy and Mu soil core.
4: Elemental concentrations of each genetic horizon in soil porewater of Ta, Sy, Mu soil core.
5-7: Soil temperature (°C) at different depths in Mu, Sy and Ta soil core.
8-10: Elemental concentrations of supra-permafrost water in Mu, Sy and Ta soil core.
11-13: Elemental concentrations of surrounding stream and river close to Mu, Sy and Ta soil core.
14: 14. DIC, DOC, CO2 and CH4 concentrations in surface streams close to Ta, Sy and Mu soil core.

本研究于亚马尔-涅涅茨自治区（Yamal-Nets Autonomous Region）西北部的绍亚哈河（Syoyakha，缩写Sy）、穆尔季亚哈河（Murtyyakha，缩写Mu）与塔兹河（Taz，缩写Ta）沿岸低地采集了3根土壤岩心。采集的样品包括各土壤发生层样品、冻土上限以上孔隙水、土壤岩心周边小型溪流水体以及溪流汇入的河流水体。本次化学分析的原始数据集以文本/CSV（text/csv）格式存储于文件中，具体内容如下：
1~3：对应塔兹河（Ta）、绍亚哈河（Sy）与穆尔季亚哈河（Mu）土壤岩心各发生层的元素浓度
4：对应塔兹河（Ta）、绍亚哈河（Sy）与穆尔季亚哈河（Mu）土壤岩心孔隙水各发生层的元素浓度
5~7：对应穆尔季亚哈河（Mu）、绍亚哈河（Sy）与塔兹河（Ta）土壤岩心不同深度的土壤温度（单位：℃）
8~10：对应穆尔季亚哈河（Mu）、绍亚哈河（Sy）与塔兹河（Ta）土壤岩心的冻土上限以上孔隙水元素浓度
11~13：对应穆尔季亚哈河（Mu）、绍亚哈河（Sy）与塔兹河（Ta）土壤岩心周边溪流及汇入河流的元素浓度
14：对应塔兹河（Ta）、绍亚哈河（Sy）与穆尔季亚哈河（Mu）土壤岩心周边地表溪流中的溶解无机碳（DIC）、溶解有机碳（DOC）、二氧化碳（CO₂）与甲烷（CH₄）浓度