Simulating ozone effects on forest productivity: Interactions among leaf-, canopy-, and stand-level processes

Agriculture & Biology

• ozone 100%
• canopy 76%
• leaves 41%
• uncertainty 11%
• stomatal conductance 10%
• soil water 9%
• prediction 7%
• Northeastern United States 7%
• uptake mechanisms 7%
• carbon 7%
• net primary productivity 7%
• hardwood forests 7%
• leaf morphology 6%
• carbon dioxide fixation 6%
• forest ecosystems 6%
• fumigation 6%
• water holding capacity 5%
• water use efficiency 5%
• weather 4%
• pollution 4%
• growth retardation 4%
• water stress 4%
• adverse effects 4%
• climate 4%
• vegetation 4%
• nitrogen 3%
• soil 2%

Earth & Environmental Sciences

• canopy 77%
• ozone 74%
• productivity 65%
• effect 22%
• stomatal conductance 14%
• soil water 9%
• biomass allocation 7%
• light attenuation 7%
• drought stress 7%
• fumigation 7%
• net primary production 6%
• water use efficiency 6%
• carbon 6%
• trade-off 5%
• prediction 5%
• annual variation 5%
• forest ecosystem 5%
• weather condition 5%
• assimilation 4%
• pollution 3%
• vegetation 3%
• nitrogen 3%
• atmosphere 3%
• product 2%
• soil 2%
• water 1%