A recent study by T olgyesi et al.[1]assessed the global poten tial of ecosystem restoration to mitigate climate change,concluding that restored ecosystems have very limited carbon sequestration potential(here referri...A recent study by T olgyesi et al.[1]assessed the global poten tial of ecosystem restoration to mitigate climate change,concluding that restored ecosystems have very limited carbon sequestration potential(here referring to the net long-term uptake and storage of atmospheric CO_(2)in biomass and soils),compared to historical human carbon emissions.While this key message of their work may be valid,we need to highlight several important limitations in commonly used assumptions when such modeling approaches are applied to anthropogenically converted wetlands and peatlands.展开更多
基金supported by the Horizon Europe project Wet Horizons(Grant Agreement No.101056848).
文摘A recent study by T olgyesi et al.[1]assessed the global poten tial of ecosystem restoration to mitigate climate change,concluding that restored ecosystems have very limited carbon sequestration potential(here referring to the net long-term uptake and storage of atmospheric CO_(2)in biomass and soils),compared to historical human carbon emissions.While this key message of their work may be valid,we need to highlight several important limitations in commonly used assumptions when such modeling approaches are applied to anthropogenically converted wetlands and peatlands.
