Incorporating temperature-sensitive Q₁₀ and foliar respiration acclimation algorithms modifies modeled ecosystem responses to global change

Agriculture & Biology

• global change 95%
• cell respiration 81%
• acclimation 71%
• ecosystems 60%
• net primary productivity 38%
• temperature 32%
• net ecosystem exchange 24%
• ecosystem respiration 11%
• gross primary productivity 11%
• eddy covariance 10%
• carbon 9%
• ecotones 9%
• forest types 8%
• nitrogen 8%
• surface temperature 8%
• leaves 6%
• canopy 5%

Earth & Environmental Sciences

• ecosystem response 100%
• acclimation 90%
• global change 79%
• net primary production 32%
• temperature 30%
• net ecosystem exchange 17%
• carbon balance 16%
• ecosystem 15%
• foliage 15%
• nitrogen 8%
• ecotone 7%
• eddy covariance 7%
• primary production 6%
• surface temperature 5%
• canopy 5%
• warming 5%
• calculation 3%
• parameter 2%
• effect 1%