Way, Danielle; Holly, Chris; Bruhn, Dan; Ball, Marilyn; Atkin, Owen
Respiration from vegetation is a substantial part of the global carbon cycle and the responses of plant respiration to daily and seasonal fluctuations in temperature and light must be incorporated in models of terrestrial respiration to accurately predict these CO<inf>2</inf> fluxes. We investigated how leaf respiration (R) responded to changes in leaf temperature (T<inf>leaf</inf>) and irradiance in field-grown saplings of an evergreen tree (Eucalyptus pauciflora Sieb. ex Spreng). Seasonal...[Show more]
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