Long-term exposure to elevated CO₂ and O₃ alters aspen foliar chemistry across developmental stages

Keyphrases

• Aspen Plus 100%
• Elevated CO2 100%
• Developmental Stages 100%
• Long-term Exposure 100%
• Foliar Chemistry 100%
• Elevated O3 100%
• Genotype 80%
• Ecosystem Processes 60%
• Populus Tremuloides 40%
• Years of Exposure 40%
• Phytochemistry 40%
• CO2 Effect 40%
• Trembling Aspen 40%
• Secondary Chemistry 40%
• Plant Chemistry 40%
• Change Research 40%
• Long-lived Species 40%
• Phytochemical Traits 40%
• Atmospheric Change 40%
• Year 2050 40%
• Longitudinal Effects 40%
• Foliar Chemicals 40%
• Future Environment 40%
• Chemical Data 40%
• Anthropogenic Activities 20%
• Carbon Dioxide CO2 20%
• Tropospheric Ozone 20%
• Greenhouse Gas 20%
• Forest Health 20%
• Atmospheric Carbon Dioxide 20%

Agricultural and Biological Sciences

• Populus 100%
• Developmental Stage 100%
• Phytochemistry 80%
• Populus tremuloides 40%
• Phytochemical 40%
• Anthropogenic Activity 20%
• Forest Health 20%
• Greenhouse Gas 20%

Earth and Planetary Sciences

• Phytochemistry 100%
• Atmospherics 75%
• Carbon Dioxide 25%
• Greenhouse Gas 25%
• Tropospheric Ozone 25%
• Human Activity 25%
• Forest Health 25%