Microclimatic divergence in a Mediterranean Canyon affects richness, composition, and body size in saproxylic beetle assemblages

Keyphrases

• Body Size 100%
• Divergence 100%
• Canyon 100%
• Microclimatic 100%
• Saproxylic Beetles 100%
• Beetle Assemblages 100%
• Biodiversity 66%
• North-facing Slopes 66%
• Assemblage Structure 66%
• Elevation Levels 66%
• Israel 33%
• High Prevalence 33%
• Mount Carmel 33%
• Climate Change Impacts 33%
• Species Pool 33%
• Climate Warming 33%
• Species Richness 33%
• Climatic Gradient 33%
• Structure Size 33%
• Evolution Canyon 33%
• High Solar Radiation 33%
• Spatial Grain 33%
• Species Richness Patterns 33%
• Slope Aspect 33%
• Body Size Change 33%
• Microclimatic Gradient 33%
• Ecological Rules 33%
• Flight Intercept Trap 33%
• Species-energy Theory 33%
• Grain Species 33%
• Energy Community 33%
• Macroclimatic Gradient 33%
• Metabolic Theory of Ecology 33%

Agricultural and Biological Sciences

• Body Size 100%
• Canyons 100%
• Grains 25%
• Prevalence 25%
• Microclimate 25%
• Flight 25%
• Solar Radiation 25%