herbaceous plants showed greater temperature homeostasis
of photosynthesis (i.e., the photosynthetic rate at highgrowth
temperature divided by that at low-growth temperature
was close to 1.0) than deciduous woody plants and
annual herbaceous plants, indicating that photosynthetic
acclimation would be particularly important in perennial,
long-lived species that would experience a rise in growing
season temperatures over their lifespan. Interestingly,
across growth temperatures, the extent of temperature
homeostasis of photosynthesis was maintained irrespective
of the extent of the change in the optimum temperature for
photosynthesis (Topt), indicating that some plants achieve
herbaceous plants showed greater temperature homeostasisof photosynthesis (i.e., the photosynthetic rate at highgrowthtemperature divided by that at low-growth temperaturewas close to 1.0) than deciduous woody plants andannual herbaceous plants, indicating that photosyntheticacclimation would be particularly important in perennial,long-lived species that would experience a rise in growingseason temperatures over their lifespan. Interestingly,across growth temperatures, the extent of temperaturehomeostasis of photosynthesis was maintained irrespectiveof the extent of the change in the optimum temperature forphotosynthesis (Topt), indicating that some plants achieve
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