Rivers are a critical component of the global carbon cycle, receiving vast quantities of terrestrial carbon, which is either exchanged with the atmosp...

Marine sediments are global important sinks of carbon. Despite global continental shelves accounting for only 710% of the worlds ocean area, they are ...

This project aims to fill in the gaps related to the concept of the soil carbon dilemma. Storing carbon in the form of SOC in agricultural soils is se...

Saltmarsh plays a crucial role in mitigating global CO2 increase. It stores carbon not only through organic carbon burial but also through inorganic c...

Enhanced Weathering has recently emerged as a potential strategy to directly remove atmospheric CO2 to avoid the most catastrophic effects of climate ...

Enhanced Silicate Weathering (ESW) is a carbon dioxide removal method that consumes CO2 through the weathering of silicate minerals by carbonic acid, ...

Enhanced weathering (e.g., spreading crushed silicate rock on agricultural fields) is a promising approach for carbon sequestration. As rainwater weat...

Enhanced Rock Weathering (ERW) is a method of capturing CO2 by accelerating the natural weathering processes of silicate rocks, such as basalt. Few st...