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Adaptive diversity of Insects to climate and landuse
Insect biodiversity in Xylophagous and Coprophagous
Canopy ecology and insect biodiversity
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abundance Acacia nilotica adapted adult Aedes agroecosystems ants aphids aquatic insects areas arthropods aspects assemblages associated bark become biodiversity biological biomass biotic borer breeding bryophytes bugs caddisflies canopy caterpillar caused chironomids climate change coccids Coleoptera Collembola communities complex crop Culex damage dead deforestation Diptera diversity dung beetles ecological ecosystem edges eggs epiphytes Euproctis lunata fauna feeders feeding fern forest functional fungal fungi fungus galls guild habitat fragmentation habitat loss herbivores host plants human impact important increase indicators infestation inhabiting insect species insects interactions keystone landscape large number larvae leaf Lepidoptera lichen litter logs mayflies microhabitats midges mites monoculture mosquito mosses moth mycophagous natural enemies occur organisms pests plagiophleps plantations pollination pollution population predators predatory Pteroma relation resulting role sapwood soil species richness streams surface Tamarindus tend Terminalia termites thrips tissues tree holes tropical tunnels types urban environment vector vegetation weeds Western Ghats wood