The remineralization of organic carbon (OC) in marine sediments has crucial implications for
global carbon cycling and climate change. However, OC turnover rates differ significantly …

Integration of inland waters into regional and global carbon (C) budgets requires a
comprehensive understanding of factors regulating organic carbon (OC) delivery and in situ …

Weathering of organic carbon contained in sedimentary rocks (petrogenic OC, OC petro) is
an important control on the concentrations of carbon dioxide (CO 2) and oxygen in the …

Serial oxidation coupled with stable carbon and radiocarbon analysis of sequentially
evolved CO 2 is a promising method to characterize the relationship between organic …

Aquatic sediments harbour diverse microbial communities that mediate organic matter
degradation and influence biogeochemical cycles. The pool of bioavailable carbon …

Climate change is an urgent environmental issue with wide‐ranging impacts on ecosystems
and society. Microbes are instrumental in maintaining the balance between carbon (C) …

Growing evidence suggests that interactions among heterotrophic microorganisms influence
the efficiency and rate of organic matter turnover. These interactions are dynamic and …

Marine microorganisms play a fundamental role in the global carbon cycle by mediating the
sequestration of organic matter in ocean waters and sediments. A better understanding of …

Dissolved organic matter (DOM) is a key component of the global carbon cycle, with rivers
delivering significant amounts of DOM to oceans. Urbanization and agricultural land‐use …

Growing evidence suggests that interactions among heterotrophic microbes influence the
efficiency and rate of organic matter turnover. These interactions are dynamic and shaped …