【Nature 等】中国排放对全球气候变化的贡献 等

【全球陆地CO2施肥】W. Kolby Smith Sasha C. Reed Cory C. Cleveland Ashley P. Ballantyne William R. L. Anderegg William R. Wieder Yi Y. Liu & Steven W. Running. Large divergence of satellite and Earth system model estimates of global terrestrial CO₂ fertilization. Nature Climate Change 2016 6: 306-310

Abstract

Atmospheric mass balance analyses suggest that terrestrial carbon (C) storage is increasing partially abating the atmospheric [CO₂] growth rate¹ although the continued strength of this important ecosystem service remains uncertain^{2 3 4 5 6}. Some evidence suggests that these increases will persist owing to positive responses of vegetation growth (net primary productivity; NPP) to rising atmospheric [CO₂] (that is ‘CO₂ fertilization’)