Accelerated soil erosion, driven by anthropogenic activities such as conversion of natural
ecosystems to agroecosystems and mechanical tillage, has numerous adverse impacts on …

Understanding the reallocation of atmospheric anthropogenic carbon (C) in the different
compartments of the Earth System is a priority in Earth Science. Global numerical modeling …

This paper aims to develop a new approach to interpret soil organic matter (SOM) dynamics
from Rock-Eval pyrolysis. Rock-Eval standard parameters (TpS2, HI, OI) are limited when …

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 …

A large part of the Sahel consists of endorheic hydrological systems, where reservoirs and
lakes capture surface runoff during the rainy season, making water available during the dry …

Qualitative and quantitative changes of organic and carbonate carbon in sedimentary
records are frequently used to reconstruct past environments, paleoproductivity and …

Contemporary research on terrestrial carbon exchange processes is paramount for a
nuanced comprehension of global and local climatic fluctuations and their interaction with …

Aquaculture facilities are a potential source of antibiotics in aquatic environments, having
adverse effects on the algae species. In this study, the toxicity induced by enrofloxacin …

A series of carbon-related hydrogeochemical processes occurring during groundwater
runoff and recharge to the lake significantly impact the terrestrial carbon cycle. However, the …

Originally developed for use in the petroleum industry, Rock-Eval pyrolysis is a technique
commonly applied to lake sediments to infer paleoenvironmental reconstructions. The …