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Abstract EGU25-14492 This study quantitatively assessed the global post-drought GPP loss on the 8-day scale during 2000-2022 Globally, the mean post-drought GPP loss was ~0 74 Pg C yr⁻¹, accounting for ~ 21 45% of the total drought-induced GPP loss
Tracking Global Patterns of Drought‐Induced Productivity Loss Along . . . Drought causes substantial GPP loss, depending on its severity In this study, we calculate the loss of GPP under different drought severities The result shows that rising drought severities increase GPP loss, while the largest increases are found in dry ecosystems and grasslands
Significant drought legacy effects on gross primary productivity . . . Drought legacy effects on GPP are quantified as the difference between potential and actual GPP in the post-drought years Potential GPP is estimated by a trained random forest model with climate variables as predictors of GPP
Assessing the impacts of drought on net primary productivity of global . . . The maximum Spearman correlation coefficient of NPP-SPEI and corresponding drought time-scales were investigated to characterize the drought response of different biome types and the resistance and resilience of terrestrial ecosystems to drought stress on a global scale
Widespread but divergent drought legacy effects on gross primary . . . Here, we quantify for the first time drought legacy effects on GPP at 73 long-term eddy covariance sites across biomes and climate regions We find sizeable and widespread drought legacy effects at 57 out of 59 sites experiencing strong droughts
Assessing the impact of extreme climate events on European gross . . . This study utilizes ten extreme climate indices and six drought indices to predict plant growth outcomes, as indicated by the end-of-growing season Gross Primary Production (GPP), across different growing seasons in Europe from 2003 to 2020