Dissolved organic matter (DOM) in the ocean accounts for nearly 662 Pg of carbon, most of
which is formed into a long-lived carbon pool that plays an important role in carbon …

Dissolved organic matter (DOM) plays an important role in the global carbon cycle, and an in-
depth analysis of its chemical composition is fundamental to the study of its environmental …

Dissolved organic matter (DOM) plays a crucial role in the coastal carbon cycle. However,
eutrophication-induced algal blooms and lateral transport from connected tidal marshes may …

Dissolved organic matter (DOM) exchange in the sediment-water interface of estuaries is
essential for the global elemental cycle. To clarify the interface DOM processing, this study …

Reservoirs are well known as a far-reaching human modification on the functions of natural
river networks. However, changes in the chemistry and reactivity of dissolved organic matter …

The complexity of dissolved organic matter (DOM) limits our understanding of the estuarine
carbon cycle. This study adopted a combination of bulk carbon isotope, optical techniques …

The complex relationships between the molecular composition of dissolved organic matter
(DOM) and microbial communities are essential for maintaining the stability of aquatic …

长期摄入高碘地下水(碘浓度> 100 μg/L) 会造成人体甲状腺机能损伤. 天然有机质被认为是影响
高碘地下水形成的关键组分, 为研究地下水中溶解性有机质(DOM) 分子组成对碘富集的影响 …

Dissolved organic matter (DOM) in sediments of polluted rivers significantly contributes to
oxygen consumption and river blackening and odorization. However, the chemodiversity of …

Dissolved organic matter (DOM) is crucial for the carbon biogeochemical cycle and has a
close link with microbiome in aquatic ecosystems; however, the causal relationship between …