[Mechanisms of seasonal precipitation variability regulating the provenance and stabilization pathways of soil organic carbon fractions in estuarine wetlands].

[Soil preferential flow in wetland ecosystems:Formation, characterization, and effects on soil carbon transformation.]

The vegetation-tidal gradient regulates sediment organic carbon stabilization via microbial transformation and iron-mediated mineral protection in Yangtze Estuary wetlands.

Estuarine wetlands are important 'blue carbon' sinks, yet their carbon storage exhibits pronounced spatial heterogeneity. The mechanisms by which vegetation distribution and tidal flooding affect sediment organic carbon (SOC) content and stabilization remain unclear. Here, we analyzed the SOC fractions, microbial commu...

Thermal and Hydrological Controls on Soil Respiration and Subsurface Gas Transport in Arctic Tundra Ecosystems

Arctic tundra ecosystems have experienced marked changes in temperature and precipitation patterns in recent decades. The impact of these changes on the physical and biogeochemical mechanisms governing soil respiration and CO2 emissions remains poorly understood. We investigate how seasonal thermo–hydrological dynamics...

Factorial interactions between precipitation change and nitrogen addition in soil carbon and nutrient cycling: a multilevel meta-analysis

Temperature Sensitivity of Soil Organic Carbon Decomposition During Alpine Mine Slopes Restoration

Temperature sensitivity (Q 10 ) of soil organic carbon (SOC) decomposition is a key metric for assessing land‐climate carbon (C) feedbacks. However, knowledge of Q 10 during slope ecological restoration remains limited, particularly in alpine mine areas that are highly sensitive to climate change, constraining...

Application of Stable Isotopes in Water Transport Processes of the Soil–Plant–Atmosphere Continuum in Eucalyptus Plantations: A Review

The water cycle in forest ecosystems is a core component of ecosystem services, and it is crucial for revealing terrestrial hydrological processes and regulation mechanisms. Investigating water migration across interfaces of the soil–plant–atmosphere continuum (SPAC) has long been a hotspot in ecohydrological research....