Experimental evidence that predator range expansion modifies alpine stream community structure

Keyphrases

• Alpine Rivers 100%
• Community Structure 100%
• Stream Community 100%
• Range Expansion 100%
• Grandis 100%
• Predation 50%
• Habitat Change 50%
• Physicochemical Habitat 50%
• Body-size Spectrum 50%
• Emigration 25%
• Climate Change 25%
• Invertebrates 25%
• Chlorophyll a (Chl a) 25%
• Extinction Risk 25%
• Biotic Community 25%
• Stoneflies 25%
• Trait Composition 25%
• Range Limits 25%
• Lowland 25%
• High Altitude 25%
• Hillslope 25%
• Intraguild Predation 25%
• Baetis 25%
• Grazers 25%
• Conservation Efforts 25%
• Biotic Interactions 25%
• Feeding Traits 25%
• Cattle Trampling 25%
• Predator Avoidance 25%
• Gut Contents 25%
• Anthropogenic Stressors 25%
• Direct Consumption 25%
• Range Shift 25%
• Altitudinal Range 25%
• Basal Resources 25%
• Climate-driven 25%
• Hydropower Development 25%
• Interaction Structure 25%
• Interference Competition 25%
• Ski Run 25%
• Chlorophyll Concentration 25%
• Ski Tourism 25%
• Novel Species Interactions 25%
• Sensitive Habitats 25%
• Nutrient Enrichment 25%
• Control Channel 25%
• Algal Chlorophyll 25%
• Intraguild Interference 25%
• Trophic Cascade Effect 25%

Earth and Planetary Sciences

• Predation 100%
• Range Expansion 100%
• Chlorophyll 100%
• Climate Change 50%
• Hillslope 50%
• Mesocosm 50%
• Extinction Risk 50%
• Trophic Cascade 50%
• Intraguild Predation 50%
• Interference Competition 50%
• Ski Run 50%

Agricultural and Biological Sciences

• Body Size 100%
• Predation 100%
• Chlorophyll 100%
• Climate Change 50%
• Plecoptera 50%
• Spring 50%
• Intraguild Predation 50%
• Lowlands 50%
• Baetis 50%
• Perla 50%
• Anthropogenic Stressors 50%