River confluences result in mixture and transformation of dissolved organic matter (DOM),
influencing the phylogeny of microbial community, furthermore, the integrity and function of …

Dissolved organic matter (DOM) is a crucial controlling factor in mobilizing arsenic.
However, direct delineations of DOM regarding both optical properties and molecular …

Dissolved organic matter (DOM) in aquatic environments forms a vast reservoir of carbon
present as a complex supermixture of compounds. An efficient approach to tracking the …

Human activities can alter dissolved organic matter (DOM) in lakes through both direct (ie,
exporting DOM of anthropogenic sources) and indirect effects (ie, enhancing the …

Absorbance and fluorescence spectroscopy are economical tools for tracing the supply,
turnover and fate of dissolved organic matter (DOM). The colored and fluorescent fractions of …

Wetlands provide quintessential ecosystem services such as maintenance of water quality,
water supply and biodiversity, among others; however, wetlands are also among the most …

The processing of terrestrially derived dissolved organic matter (DOM) during downstream
transport in fluvial networks is poorly understood. Here, we report a dataset of dissolved …

The widespread browning of northern lakes has been associated with long-term increases
in dissolved organic carbon and color and should be linked to changes in surface water …

Despite considerable research on the linkages between dissolved organic matter (DOM)
and bacteria, it is not yet clear how the abundance of the main aquatic clades relates to …

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 …