补充材料:在灾难性热岩溶湖排水过程中，沉积物的快速再沉积可能限制碳的释放

Q1 Earth and Planetary Sciences

GSA Today Pub Date : 2022-01-27 DOI:10.1130/gsat.s.19083299

B. Burnham, E. al.

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引用次数: 0

摘要

表S1：从快速排水的热岩溶湖泊和相关三角洲和热侵蚀冲沟的卫星图像中获得的几何测量结果。湖泊ID与Nitze等人（2020）中确定的排水湖泊有关。表S2：从热侵蚀沟中移除的顶部2m的土壤有机碳含量估计值，单位为千兆克（Gg）。估计值和近似空间分辨率来自朱和麦奎尔（2016）提出的空间统计模型。

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Supplemental Material: Rapid sediment re-deposition may limit carbon release during catastrophic thermokarst lake drainage

Table S1: Geometric measurements obtained from satellite imagery of rapidly drained thermokarst lakes and associated deltas and thermo-erosion gullies. Lake ID relate to drained lakes identified in Nitze et al. (2020). Table S2: Estimated soil organic carbon content measured in gigagram (Gg) in top 2 m removed from thermo-erosion gullies. Estimates and approximate spatial resolution are derived from spatial statistical models presented in Zhu and McGuire (2016).

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来源期刊

GSA Today Earth and Planetary Sciences-Geology

CiteScore

4.90

自引率

0.00%

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