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 …

Advances in sampling tools, analytical methods, and data handling capabilities have been
fundamental to the growth of marine organic biogeochemistry over the past four decades …

Microorganisms are strongly influenced by the bottom-up effects of resource supply. While
many species respond to fluctuations in the concentration of resources, microbial diversity …

Global impoundment of river systems represents a major anthropogenic forcing to carbon
cycling in reservoirs with seasonal thermal stratification. Currently, a quantitative and …

Microbial interactions are vital in maintaining ocean ecosystem function, yet their dynamic
nature and complexity remain largely unexplored. Here, we use association networks to …

Marine dissolved organic matter (DOM) varies in its recalcitrance to rapid microbial
degradation. DOM of varying recalcitrance can be exported from the ocean surface to depth …

In this study, we investigated the microbially mediated transformation of labile
Synechococcus‐derived DOM to RDOM using a 60‐day experimental incubation system …

Our current knowledge of the chemical composition of ocean dissolved organic matter
(DOM) is limited, mainly because of its extreme molecular diversity, low concentration of …

Oceans cover approximately 71% of the Earth's surface area, which is why some people
refer to the Earth as a large water sphere. Marine dissolved organic matter (DOM) …

Phytoplankton are major contributors of labile dissolved organic matter to marine euphotic
zone ecosystems. Viral‐mediated phytoplankton lysis releases a considerable amount of …