Experimental climate warming alters aspen and birch phytochemistry and performance traits for an outbreak insect herbivore

Agriculture & Biology

• insect outbreaks 95%
• plant biochemistry 76%
• Betula 65%
• global warming 65%
• herbivores 52%
• Malacosoma disstria 39%
• insects 38%
• temperature 24%
• phytochemicals 21%
• weather 21%
• climate change 20%
• Betula papyrifera 17%
• plant-insect relations 16%
• Populus tremuloides 15%
• food conversion 14%
• proanthocyanidins 13%
• larval development 12%
• chemistry 11%
• secondary metabolites 10%
• plant response 10%
• lignin 10%
• bioassays 9%
• carbohydrates 8%
• metabolites 8%
• biomass 7%
• nutrients 7%
• nitrogen 7%
• sampling 4%

Chemical Compounds

• Birch Reduction 81%
• Metabolite 43%
• Resistance 38%
• Tannin 37%
• Nutrient 32%
• Lignin 30%
• Bioassay 29%
• Carbohydrate 25%
• Sampling 25%
• Food 22%
• Nitrogen 18%
• Chemistry 17%
• Environment 17%

Earth & Environmental Sciences

• herbivore 64%
• insect 57%
• warming 47%
• temperature 14%
• plant-insect interaction 13%
• caterpillar 10%
• larval development 10%
• tannin 10%
• secondary metabolite 9%
• regional pattern 9%
• mesocosm 8%
• lignin 8%
• bioassay 7%
• carbohydrate 7%
• weather condition 7%
• defense 7%
• effect 7%
• metabolite 6%
• consumption 5%
• weather 5%
• food 5%
• nutrient 5%
• biomass 4%
• nitrogen 4%
• sampling 4%