Organic matter (OM) tracing is critical for understanding the processes of soil redistribution
and global carbon cycling. It effectively supports ecological management and global climate …

How ecosystem functioning changes with microbial communities remains an open question
in natural ecosystems. Both present-day environmental conditions and historical events …

The goals of our study were to (1) quantify production of CO2 during winter ice‐cover in
arctic lakes,(2) develop methodologies which would enable prediction of CO2 production …

Organic matter, upon dissolution into the aqueous state as dissolved organic matter (DOM),
can undergo mineralization by microbes. There has been increasing effort to characterize …

Identifying primary environmental drivers mediating the quantity and quality of sedimentary
organic matter (OM) in climate‐sensitive alpine lakes is crucial to understanding the role of …

Warming winters will reduce ice cover and change under‐ice conditions in temperate
mountain lakes, where snow contributes most of winter cover on lakes. Snow‐dominated …

The exchange and transformation of dissolved organic matter (DOM) at the sediment–water
interface are crucial factors in regulating watershed biogeochemistry, with the molecular …

Dissolved organic carbon (DOC) is a key component of coastal biogeochemical cycles, but
its composition and reactivity depend on the relative contribution of autochthonous aquatic …

Boreal lakes are major components of the global carbon cycle, partly because of sediment‐
bound heterotrophic microorganisms that decompose within‐lake and terrestrially derived …

Shallow lake sediments have huge potential for carbon storage, but they are vulnerable to
various environmental changes and are highly susceptible to becoming a source of carbon …