All pathways which limit global temperature rise to< 2° C above pre-industrial temperatures
now require carbon dioxide removal (CDR) in addition to rapid greenhouse gas emissions …

Minerals in soil can sequester atmospheric carbon dioxide through natural organic and
inorganic processes. Here we consider three soil-and mineral-based methods for carbon …

Enhanced silicate rock weathering (ERW) is an emerging strategy for carbon dioxide
removal (CDR) from the atmosphere to mitigate anthropogenic climate change. ERW aims at …

Climate change is one of the most urgent environmental challenges that humanity faces. In
addition to the reduction of greenhouse gas emissions, safe and robust carbon dioxide …

Terrestrial enhanced rock weathering (ERW) is the application of pulverized silicate rock to
soils for the purposes of carbon removal and improved soil health. Although a geochemical …

Enhanced rock weathering (EW) is an emerging atmospheric carbon dioxide removal (CDR)
strategy being scaled up by the commercial sector. Here, we combine multiomics analyses …

The carbon dioxide removal (CDR) potential of enhanced rock weathering (ERW) depends
on dynamic interactions between several biogeochemical and life-cycle variables. This …

Enhanced weathering (EW) is a CO 2 removal (CDR) and sequestration strategy that
accelerates the natural reactions of minerals that can store carbon from the atmosphere and …

The removal of atmospheric carbon dioxide (CO2) is now essential to meet net zero goals
and limit the impacts of climate change. Enhanced weathering is a method of sequestering …

The article discusses concerns about the method used to calculate carbon dioxide removal
(CDR) rates through enhanced rock weathering. The authors highlight flaws in the method …