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Above-ground and below-ground environmental conditions influence crop yield by pollination, pest pressure and resource supply. However, little is know...
Read moreTropical agroforestry systems provide farmers with resources for their livelihoods, but are also well-recognized as refuges for biodiversity. However,...
Read moreEcological intensification involves the incorporation of biodiversity-based ecosystem service management into farming systems in order to make crop pr...
Read moreIn order to unlock the potential of agriculture in the state of Karnataka through science-led participatory research for development (PR4D), and to in...
Read moreThe effects of 3 different lime wastes at rates of 10-200 t/ha in combination with 45-220 kg superphosphate/ha on reclamation of acid mine spoil by (a...
Read moreEffective weed control in agricultural crop fields increases yields, but simultaneously reduces floral resources for pollinators because many weed spe...
Read moreTropical agroforests are diverse systems where several predator groups shape animal communities and plant-arthropod interactions. Ants, birds and bats...
Read moreWhile abiotic drivers of yields represent important limiting factors to crop productivity, the role of biotic drivers that could be directly managed b...
Read moreEnhancing biodiversity-based ecosystem services can generate win-win opportunities for conservation and agricultural production. Pollination and pest ...
Read moreBiotic pollination can benefit crop production, but its effects are highly variable. To maximise benefits from this ecosystem service, we need a great...
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