Rising atmospheric CO<sub>2</sub> explains 26-52% of the recent delay in autumnal senescence in important forest and crop species

Rising atmospheric CO<sub>2</sub> explains 26-52% of the recent delay in autumnal senescence in important forest and crop species

There is strong evidence to suggest that global warming is leading to an extended growing season by altering the timing of autumnal events such as bud set and leaf abscission 1,2,3, with important impacts on ecosystem productivity and global carbon cycling. However, while temperature is an important...

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Main Authors: Karnosky, Davis F (Author), Taylor, Gail (Author), Giardina, Christian P (Author), Tallis, Matthew J (Author), Bernacchi, Carl J (Author), Percy, Kevin E (Author), DeLucia, Evan H (Author), Miglietta, Franco (Author), Gupta, Pooja S (Author), Leakey, Andrew DB (Author), Rogers, Alistair (Author), Dermody, Orla (Author), Gioili, Beniamino (Author), Nelson, Randall L (Author), Morgan, Patrick B (Author), Ort, Don R (Author), Calfapietra, Carlo (Author), Gielen, Birgit (Author), Sober, Jaak (Author), Mies, Tim (Author), McDonald, Evan (Author), Kubiske, Mark E (Author), Scarascia-Mugnozza, Giuseppe E (Author), Hendrey, George R (Author), Kets, Katre (Author), Long, Stephen P (Author)
Format: Article
Language:English
Published: 2006.
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