Autotrophic respiration's higher sensitivity drives soil organic carbon sequestration along precipitation gradients in saline wetlands

Name: Autotrophic respiration's higher sensitivity drives soil organic carbon sequestration along precipitation gradients in saline wetlands
Creator: Xinge Li
Published: 2026-04-28T17:01:38.869Z
Keywords: Changes in Precipitation, Soil Respiration, Saline Soil

Li, Xinge

doi:10.17632/p9fzdbdnhb.2

Autotrophic respiration's higher sensitivity drives soil organic carbon sequestration along precipitation gradients in saline wetlands

Published: 28 April 2026| Version 2 | DOI: 10.17632/p9fzdbdnhb.2

Contributor:

Xinge Li

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Raw data on total soil respiration, autotrophic soil respiration, heterotrophic soil respiration, and environmental factors from 2019 to 2021, obtained from the field-based precipitation manipulation experimental platform.

Autotrophic respiration's higher sensitivity drives soil organic carbon sequestration along precipitation gradients in saline wetlands

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