Lake expansion mitigates warming-driven carbon loss via carbon stabilization and microbial succession in an alpine lake

Name: Lake expansion mitigates warming-driven carbon loss via carbon stabilization and microbial succession in an alpine lake
Creator: Beichen Wang
Published: 2026-05-29T20:38:23.308Z
Keywords: Organic Geochemistry, Lake, Chemical Biology

Wang, Beichen

doi:10.17632/rcdxcvymvp.1

Lake expansion mitigates warming-driven carbon loss via carbon stabilization and microbial succession in an alpine lake

Published: 29 May 2026| Version 1 | DOI: 10.17632/rcdxcvymvp.1

Contributor:

Beichen Wang

Description

Orginal data of Lake expansion mitigates warming-driven carbon loss via carbon stabilization and microbial succession in an alpine lake

Lake expansion mitigates warming-driven carbon loss via carbon stabilization and microbial succession in an alpine lake

Description

Files

Categories

Licence