A model based investigation of the relative importance of CO2-fertilization, climate warming, nitrogen deposition and land use change on the global terrestrial carbon uptake in the historical period

RT @KenCaldeira: @mahbglobal @Revkin @themadstone @carnegiescience @IIASAVienna @ProPublica Of course, it does. Many of our papers resist m…

@mahbglobal @Revkin @themadstone @carnegiescience @IIASAVienna @ProPublica Of course, it does. Many of our papers resist making this leap: https://t.co/S1wq91FNGa https://t.co/pRrduI0pJF https://t.co/dLiCkGz8cG

RT @hockeyschtick1: New paper says global land ecosystem has been net SOURCE of carbon 1850–2005. Consensus assumed opposite until now. ht…

RT @hockeyschtick1: New paper says global land ecosystem has been net SOURCE of carbon 1850–2005. Consensus assumed opposite until now. ht…

RT @hockeyschtick1: New paper says global land ecosystem has been net SOURCE of carbon 1850–2005. Consensus assumed opposite until now. ht…

New paper says global land ecosystem has been net SOURCE of carbon 1850–2005. Consensus assumed opposite until now. http://t.co/PWVXqLukiI

RT @Climate_Papers: CD. A model based investigation of the relative importance of CO 2 -fertilization, climate warming, nitrogen d... http:…

relative importance of CO2-fertilization, warming, nitrogen deposition & land use on terrestrial carbon uptake http://t.co/9Rnyjn4NzO

CD. A model based investigation of the relative importance of CO 2 -fertilization, climate warming, nitrogen d... http://t.co/G28HiMkeYe