The coastal zone of the Baltic Sea is diverse with strong regional differences in the physico-
chemical setting. This diversity is also reflected in the importance of different biogeochemical …

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 …

Arctic rivers provide an integrated signature of the changing landscape and transmit signals
of change to the ocean. Here, we use a decade of particulate organic matter (POM) …

Globally expanding hypoxia in estuaries and coastal oceans has largely been attributed to
the elevated river nutrient inputs, whereas the role of river‐delivered terrestrial organic …

Climate change is increasing the frequency and intensity of thermokarst, and accelerating
the delivery of terrestrial organic material from previously sequestered sources to aquatic …

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

Different processes contribute to the loss or transformation of dissolved organic matter
(DOM) and change DOM concentration and composition systematically along the inland …

Abstract Southeast Asian peatlands cover 0.2% of Earth's land surface, but store one-tenth
of all peat soil carbon globally. Recent deforestation and drainage have destabilized these …

Inland waters receive a significant quantity of carbon (C) from land. The fate of this C during
transit, whether it is emitted to the atmosphere, accumulated in sediments or transported to …

Earth's lakes at northern latitudes are mostly ice‐covered in winter. When lake water freezes,
some organic matter dissolved in the water is excluded from the ice. We performed …