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In a rapidly changing biosphere, approaches to understanding the ecology and evolution of forest species will be critical to predict and mitigate the effects of anthropogenic global change on forest ecosystems. Utilizing 26 forest species in a factorial experiment with two levels each of atmospheric CO² and soil nitrogen, we examined the hypothesis that phylogeny would influence plant performance in response to elevated CO² and nitrogen fertilization. We found highly idiosyncratic responses at the species level. However, significant, among-genetic lineage responses were present across a molecularly determined phylogeny, indicating that past evolutionary history may have an important role in the response of whole genetic lineages to future global change. These data imply that some genetic lineages will perform well and that others will not, depending upon the environmental context.

Item Type:	Refereed Article
Keywords:	Climate change, CO2, Eucalypt, Phylogeny
Research Division:	Biological Sciences
Research Group:	Ecology
Research Field:	Terrestrial Ecology
Objective Division:	Plant Production and Plant Primary Products
Objective Group:	Forestry
Objective Field:	Native Forests
UTAS Author:	Senior, JK (Mr John Senior)
UTAS Author:	Schweitzer, JA (Dr Jen Schweitzer)
UTAS Author:	O'Reilly-Wapstra, J (Associate Professor Julianne O'Reilly-Wapstra)
UTAS Author:	Steane, D (Dr Dorothy Steane)
UTAS Author:	Bailey, JK (Associate Professor Joe Bailey)
ID Code:	84281
Year Published:	2013
Web of Science® Times Cited:	10
Deposited By:	Plant Science
Deposited On:	2013-05-01
Last Modified:	2014-04-04
Downloads:	300 View Download Statistics