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Despite the major role that insect pollinators play in crop production, agricultural intensification drives them into decline. Various conservation me...
Read moreenThis link goes to a English sectionptThis link goes to a English section Agricultural expansion is one of the main drivers of global pollinator loss...
Read moreThe composition of agro-ecological landscapes is thought to have important implications for the production of major crops through its effects on polli...
Read moreA seed-feeding biocontrol agent Bruchidius villosus was released in New Zealand (NZ) to control the invasive European shrub, broom Cytisus scoparius, ...
Read moreAspects of the flowering biology of wild cashew A. occidentale, an andromonoecious, self-fertile tree, were investigated in north-east Brazil, where t...
Read morePollination services from wild insects contribute to crop productivity around the world, but are at risk of decline in agricultural landscapes. Using ...
Read moreWildflower habitats planted along field borders are a widely promoted strategy for supporting bees in agricultural landscapes. However, honeybees (Api...
Read moreHabitat loss, agricultural intensification, pesticide use, disease and climate change have contributed to the decline of numerous insect groups. Recen...
Read moreBees are a functionally important and economically valuable group, but are threatened by land-use conversion and intensification. Such pressures are n...
Read moreLand-use change frequently reduces local species diversity. Species losses will often result in loss of trait diversity, with likely consequences for ...
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