Phylogenetic diversity and co-evolutionary signals among trophic levels change across a habitat edge

Agriculture & Biology

• trophic levels 69%
• edge effects 69%
• phylogeny 35%
• herbivores 31%
• parasitoids 28%
• coevolution 20%
• forest plantations 15%
• land use change 14%
• habitats 10%
• plantations 10%
• history 9%
• community ecology 8%
• food webs 6%
• community structure 5%
• indigenous species 5%
• testing 4%
• ecosystems 4%
• organisms 3%

Earth & Environmental Sciences

• trophic level 62%
• phylogenetics 51%
• parasitoid 44%
• habitat 38%
• coevolution 23%
• plantation 22%
• community ecology 8%
• forest edge 8%
• history 6%
• resource 6%
• native species 6%
• food web 5%
• community composition 5%
• land use change 5%
• plant species 5%
• fragmentation 5%
• environmental change 5%
• community structure 5%
• test 4%
• organism 4%
• land use 4%
• ecosystem 3%
• effect 1%

Medicine & Life Sciences

• Herbivory 100%
• Ecosystem 68%
• Forests 36%
• History 15%
• Food Chain 14%
• Ecology 12%