Fig. 2: Contribution of three latitudinal bands to the relationships between global interannual variability of net ecosystem exchange (NEEIAV) and terrestrial water storage (rTWS) or temperature (rT). | Nature Communications

Fig. 2: Contribution of three latitudinal bands to the relationships between global interannual variability of net ecosystem exchange (NEEIAV) and terrestrial water storage (rTWS) or temperature (rT).

From: Regional and seasonal partitioning of water and temperature controls on global land carbon uptake variability

Fig. 2

In panel a, positive values mean that the NEEIAV in the latitudinal band supports the dominance of terrestrial water storage in the global NEEIAV while the negative values mean that the NEEIAV in the latitudinal band supports the dominance of temperature. In panel b, the solid bars are the contributions to the global rTWS (CTWS) while open bars are the contributions to the global rT (CT). Positive values of CTWS or CT mean that removing the regional NEEIAV would reduce the absolute value of the global rTWS or rT. In panels a and b, green bars indicate NEEIAV is estimated by atmospheric inversions, while blue bars and brown bars indicate that NEEIAV is estimated by DGVMs from the TRENDY project in simulation S2 (NEE output) and by FLUXCOM models, respectively. For atmospheric inversions and FLUXCOM models, the error bars indicate the range of models while for DGVMs from the TRENDY project, the error bars indicate the 1-σ inter-model spread.

Back to article page