Increased organic carbon and nitrogen accumulation rates (OCAR and ONAR) in lake
sediment significantly regulate the global carbon cycle. However, the reasons for and …

Organic carbon (OC) buried in lake sediment is an important component of the global
carbon cycle. The impact of eutrophication on OC burial in lakes should be addressed due …

Organic carbon (OC) accumulation and storage in lake sediments is considered to be an
important component of global C cycling. However, the storage of OC in Chinese lakes is not …

Inland waterbodies play an important role in the global carbon cycle, acting both as carbon
sources with organic carbon (OC) mineralization and as sinks with OC burial in sediments …

Lakes are hotspots for carbon cycling and therefore important in the terrestrial carbon
budgets. In this study, 15 sediment cores from Hulun Lake, the largest lake in northern …

Lakes are important in the global and regional carbon cycle, and lake sediments potentially
store substantial quantities of organic carbon. The middle and lower reaches of the Yangtze …

Lakes are a crucial component of the global carbon and nitrogen cycle. As a trend of
enhanced human activities and climate change, the mechanisms of burial remain poorly …

Characterizing how and to what extent human activities have influenced organic matter (OM)
input in lake sediments is essential for a thorough study of the carbon cycle and carbon …

Organic carbon (OC) in lake sediments plays an important role in terrestrial ecosystem
carbon cycle. The Inner Mongolia Plateau contains a number of shallow and freshwater …

Total organic carbon (TOC) in lake sediments from upstream catchments is deposited and
buried in substrate, recording historical environmental changes. However, the linkage …