Whether intrinsic molecular properties or extrinsic factors such as environmental conditions
control the decomposition of natural organic matter across soil, marine and freshwater …

Inland waters transport large amounts of dissolved organic matter (DOM) from terrestrial
environments to the oceans, but DOM also reacts en route, with substantial water column …

Despite the small continental coverage of lakes, they are hotspots of carbon cycling, largely
due to the processing of terrestrially derived dissolved organic matter (DOM). As DOM is an …

The link between composition and reactivity of dissolved organic matter (DOM) is central to
understanding the role aquatic systems play in the global carbon cycle; yet, unifying …

The molecular composition and origin has recently been demonstrated to play a critical role
in the persistence of organic matter in lake water, but it is unclear to what degree chemical …

Transformations of dissolved organic matter (DOM) in boreal lakes lead to large greenhouse
gas emissions as well as substantial carbon storage in sediments. Using novel molecular …

Lakes in the boreal region have been recognized as the biogeochemical hotspots, yet many
questions regarding the regulators of organic matter processing in these systems remain …

The natural aquatic environment contains an enormous pool of dissolved reduced carbon,
present as ultra‐complex mixtures that are constituted by an unknown number of …

Natural dissolved organic matter (DOM) comprises a broad range of dissolved organic
molecules in aquatic systems and is among the most complex molecular mixtures known …

The transport of dissolved organic carbon from land to ocean is a large dynamic component
of the global carbon cycle. Inland waters are hotspots for organic matter turnover, via both …