The distribution of saturated hydrocarbons and polycyclic aromatic hydrocarbons (PAHs)
was assessed in superficial sediment samples collected from Mandapam island groups, Gulf …

Limited human activities in catchments make remote alpine lakes valuable sites for studying
the evolution of lake environments in response to climate change and atmospheric …

The rate of organic carbon (OC) burial in lakes depends considerably on natural and
anthropogenic factors. Delineating how and to what extent potential drivers shape a lake's …

The sources and state of sedimentary organic matter (SOM) in fresh water aquatic systems
are important to understand the carbon cycling in terrestrial environments. The composition …

In monomictic lakes, hypolimnetic anoxia is becoming severe in extent and duration over the
past few decades. Understanding historical trends in hypolimnetic dissolved oxygen (DO) …

The rapid development and exploitation of the Yangtze River basin in order to ensure
human food security and increase living space in recent decades has resulted in significant …

Profiles of n-alkane proxies in sediment cores have been frequently used to detect historical
trends in the nutrient status of lakes. However, the results obtained from these proxies are …

Hydrocarbons in estuarine sediments provide information on sources of sedimentary
organic matter (OM), and they are thus useful for tracing natural and anthropogenic OM …

In paleolimnology studies, the trajectories of n-alkane abundances and distributions in dated
sediments are widely used indicators of changing environmental and ecological status in the …

Coastal wetlands play a vital role in mitigating climate change, yet the characteristics of
buried organic carbon (OC) and carbon cycling are limited due to difficulties in assessing the …