Modeling global atmospheric CO₂ with improved emission inventories and CO₂ production from the oxidation of other carbon species

The e ff ect on local (grid scale) uncertainty reduction of assimilating data from new sites in the ICOS network depends on the coverage of the area by the initial ICOS23 network,

The two main anthropogenic CO 2 fluxes are emissions from the combustion of fossil fuels and net emissions from land use change, the latter being largely driven by deforestation

Model estimated CO 2 time series at two surface stations in the southern extra-tropics, compared to CO 2 measurements taken at those stations.. The “GOSAT” line is from an

Seven of the reservoirs (Lake Wohlen, Lake Gruy `ere, Lake Sihl, Lake Luzzone, Lake Santa Maria, Lake Oberaar and Lake Lungern) were sampled several times during the campaign

To test the impact of changing the vertical resolution of the transport model on the optimized fluxes, we assimilated the same data sets (surface layer and GOSAT) in inversions

incubating intact soil cores from four sites (three savanna, one pasture) under controlled soil temperatures (ST) and soil moisture (SM) we investigated the release of the trace

The aim of this study to achieving the following: (i) Production of activated carbon by chemical activation with Na2CO3 and ZnCl2 as impregnation agent using

When compared to the prior uncertainties, inversions with 70-station networks achieve an uncertainty reduction of 56 % on average and a 16 % 1-sigma posterior uncertainty for