URL: http://portal.igg.ac.mn/dataset/24ab7252-18e8-402a-a823-42f9c21d27e2/resource/421f2064-8fc1-4ce1-94cd-b1be5bbb6cff/download/t.telmen-mssj_19.pdf

The accuracy of large-scale soil organic carbon estimation depends on data availability from a site based or small-scale measurements. In this study, we estimated soil organic carbon stock (SOCS) and its distribution difference of small catchment in the forest-steppe region. The grid sampling strategy was used to collect samples that covered 3 types of landscape in Ulziit catchment and distance between samples was measured by tape measures in the fieldwork. The average SOCS of Ulziit catchment was 60.8 t ha-1 in 0-30 cm and fluctuation of the distribution was high (CV 62.1%). Then, the result interpreted in mountain north slope, south slope, and valley bottom. SOCS was highest (115.5 t ha-1) in the bottom of the valley and SOCS at the north slope (53.3 t ha-1) and south slope (38.8 t ha-1) were significantly different (P<0.05).


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Data last updated April 1, 2020
Metadata last updated April 1, 2020
Created April 1, 2020
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License Creative Commons Attribution
createdover 1 year ago
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