In the world practice, the organic carbon content (Corg) in the soils containing carbonates is
measured in different ways. We have analyzed the methods for solving this problem …

The scarcity of well-dated, highly temporally resolved, paleoclimate records during the
Marine Isotope Stage (MIS) 2 in Northeast (NE) China limits our understanding of the …

Abstract The aridification of Central Asia since the Eocene has widespread evidence, but
climate-controlled environmental reorganizations during the Oligocene remain ambiguous …

The pedosphere is an essential reservoir of carbon represented by organic (SOC) and
inorganic (SIC) forms. Various methods are used worldwide to measure SOC and SIC. The …

High-resolution proxy-based paleoenvironmental records derived from peatlands provide
important insights into climate changes over centennial to millennial timescales. In this …

Geochemical carbon dioxide removal (CDR) technologies capture and store carbon dioxide
(CO2) from the atmosphere using alkaline materials that are rich in calcium (Ca) and …

Carbonate can be produced in a variety of environments on the Earth's surface, such as
shallow seas and deep oceans, continental lakes, soils and subsurface aquifers. The …

Mineral carbonation is a technology for capturing and storing CO2 in solid minerals. When
mineral carbonation is used to produce construction materials, the quantification of the CO2 …

Blue carbon is fast garnering international interest for its disproportionate contribution to
global carbon stocks. However, our understanding of the size of these blue carbon stocks …

An improved understanding of past interactions between terrestrial vegetation and various
forcings, such as climate change, human impact, and paleofire, is crucial for assessing …