From stream headwaters to the deep ocean, dissolved organic carbon (DOC) is ubiquitous
across the world's aquatic systems, where it fulfills important biogeochemical and ecological …

Despite our growing understanding of the global carbon cycle, scientific consensus on the
drivers and mechanisms that control dissolved organic carbon (DOC) turnover in aquatic …

Dissolved organic matter (DOM) plays an important role in carbon cycling within inland
surface waters. Under sunlight irradiation, DOM undergoes complete photooxidation to …

Here, we systematically compared the photoactivity and photobleaching behavior between
dissolved black carbon (DBC) from rice straw biochar and leached dissolved organic carbon …

Photochemical processes taking place in surface fresh waters play an important role in the
transformation of biorecalcitrant pollutants and some natural compounds and in the …

The dissolved organic carbon (DOC) export from land to ocean via rivers is a significant term
in the global C cycle, and has been modified in many areas by human activity. DOC exports …

Photochemical transformation of natural organic matter in aquatic environments strongly
impacts the environmental behaviors of carbon, nutrients, and pollutants by affecting their …

Many boreal lakes are experiencing an increase in concentrations of terrestrially derived
dissolved organic matter (DOM)—a process commonly labeled “browning.” Browning affects …

The transport of dissolved organic matter (DOM) across the land-ocean-aquatic-continuum
(LOAC), from freshwater to the ocean, is an important yet poorly understood component of …

We investigated the bio-and photo-lability of dissolved organic matter (DOM) from the head,
mixing zone, and mouth of the Pearl River estuary. At all three sites, bio-and photo-refractory …