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Data for: Warming and increased precipitation indirectly affect labile SOM composition and turnover by directly affecting vegetation and microorganisms

NIAID Data Ecosystem2026-03-11 收录

土壤有机质

气候变化生态

数据链接：

https://data.mendeley.com/datasets/5vc3366c6w 数据链接链接失效反馈

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资源简介：

The data of Py-GC-MS/MS.

应用场景：

创建时间：

2020-03-31

土壤有机质

农林生产管理

The accumulation of soil organic matter (SOM) is vital to the agronomic and environmental functioning of agroecosystems, yet the relative influence of inherent soil properties and agricultural manag

DataCite Commons2025-06-01 更新80

Datasets (Appendix Figures)

气候变化生态

草地生态系统

1) Dataset on dates of mowing and grazing for each plot of the Global Change Experimental Facility in the year 2020.2) Dataset on coverage of bare soil and litter across all investigated plots of the

Figshare2024-05-14 更新60

Climatic stress-induced changes in plant chemistry alter the compound-specific degradation of litter during decomposition

凋落物分解

气候变化生态

Plant litter decomposition supports ecosystem productivity and influences soil carbon cycling. Drought directly impacts decomposition by decreasing soil moisture and indirectly by altering plant tissu

NIAID Data Ecosystem20

Appendix A. Three tables listing Δ14C values and corresponding estimated turnover times of litter, light, and heavy SOM fractions.

土壤有机质

碳循环

Three tables listing Δ14C values and corresponding estimated turnover times of litter, light, and heavy SOM fractions.

DataCite Commons2025-05-01 更新60

Biogeochemical responses of intertidal sediments to simulated warming and epi...

潮间带生态响应

气候变化生态

Ocean warming and the disproportionate loss of larger (often predatory) fauna are major threats to seabed (benthic) ecosystem functioning. In a mescosm study we tested how...

B2FIND30

Data for: Warming and increased precipitation indirectly affect labile SOM composition and turnover by directly affecting vegetation and microorganisms

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