期刊： BIOGEOCHEMISTRY, 2022; 158 (3)
Tree-fungal symbioses are increasingly recognized to affect soil nitrogen (N) transformations, yet the role of free-living soil microbes in the proces......
期刊： BIOGEOCHEMISTRY, 2022; 160 (3)
Litter input plays an important role in the soil organic carbon (SOC) balance between new C formation and old C loss in forests. However, the relative......
期刊： BIOGEOCHEMISTRY, 2022; 159 (3)
Small waters, like ponds, are the most abundant freshwater environments, and are increasingly recognized for their function in ecosystem service deliv......
期刊： BIOGEOCHEMISTRY, 2022; 158 (3)
Bark is an essential component of tree branches, yet its role in controlling branch-leached dissolved organic matter (DOM) characteristics remains unk......
期刊： BIOGEOCHEMISTRY, 2022; 159 (3)
The dissolved organic carbon (DOC) of Svalbard's glacier meltwater has received limited attention. Due to the northward ocean current, terrestrial DOC......
期刊： BIOGEOCHEMISTRY, 2022; 160 (3)
Understanding how assimilated carbon (C) is allocated in forest ecosystems is crucial for process-based models and accurate prediction of global C cyc......
期刊： BIOGEOCHEMISTRY, 2022; 159 (3)
Post-depositional degradation of organic matter (OM) in freshwater sediments is crucial for driving the biogeochemical dynamics and influencing the ca......
期刊： BIOGEOCHEMISTRY, 2022; 157 (3)
The South China Sea (SCS) is one of the largest marginal seas in the world, but the processes that control the silicon cycle are not well understood. ......
期刊： BIOGEOCHEMISTRY, 2022; 157 (1)
The northern slope water of the South China Sea (SCS) is oligotrophic. The regenerated nitrogen from dissolved organic nitrogen (DON) has been suggest......
期刊： BIOGEOCHEMISTRY, 2022; 158 (2)
The Yangtze River basin regulated by the gigantic Three Gorges Dam (TGD) is the best location to study the impacts of intense anthropogenic modificati......
期刊： BIOGEOCHEMISTRY, 2022; 158 (2)
Glaciers are among the least explored environments on Earth, especially from a perspective of nutrient stoichiometry. Here, we documented and compared......
期刊： BIOGEOCHEMISTRY, 2022; 158 (3)
Atmospheric acid deposition remains a widespread problem that may influence the protection of carbon (C) in soil by altering organo-mineral interactio......
期刊： BIOGEOCHEMISTRY, 2021; 155 (2)
Leaf stoichiometry and its biogeography play vital roles in nutrient cycling of plant communities. To understand the potential drivers of leaf stoichi......
期刊： BIOGEOCHEMISTRY, 2021; 155 (1)
Phosphorus (P) is considered an indispensable and finite resource that limits crop yields, and soil P is distributed heterogeneously in space. However......
