Terrestrial enhanced weathering of alkaline silicate minerals is a promising climate change
mitigation strategy with the potential to limit the global temperature rise. The formation and …

Natural lakes are thought to be globally important sources of greenhouse gases (CO2, CH4,
and N2O) to the atmosphere although nearly no data have been previously reported from …

Organic carbon (OC) plays a leading role in the carbon cycle of lakes and is crucial to
carbon balances at regional and even global scales. In eutrophic lakes, in addition to …

Inland water sediments receive large quantities of terrestrial organic matter,,,, and are
globally important sites for organic carbon preservation,. Sediment organic matter …

Freshwater ecosystems play a major role in global carbon cycling through the breakdown of
organic material and release of greenhouse gases (GHG s). Carbon dioxide (CO 2) and …

Coastal eutrophication and urban flooding are increasingly important components of global
change. Although increased seawater renewal by barrier openings and channelizing are …

Freshwater lakes can play a significant role in greenhouse gas budgets as they can be
sources or sinks of carbon to the atmosphere. However, there is limited information on …

Carbon dioxide (CO 2) emissions from rivers are a vital part of the global carbon budget.
However, data from subtropical areas, especially in the headwater streams, are scare …

Coloured dissolved organic matter (CDOM) is one of the major contributors to the absorption
budget of most freshwaters and can be used as a proxy to assess non-optical carbon …

Carbon dioxide (CO2) concentrations in lakes vary strongly over time. This variability is
rarely captured by environmental monitoring but is crucial for accurately assessing the …