Simple Summary The aim of this study was to contribute to closing knowledge gaps on
managing vineyards and viticultural landscapes in order to support insect diversity and …

Traditional vineyards are generally intensive monocultures with high pesticide usage.
Viticulture is one of the fastest‐growing sectors of English agriculture, although there is …

The main objective of this study was to inventory the abundance and species richness of
wild bees and hoverflies in the Lac Saint-Pierre floodplain according to a land-use gradient …

The use of pesticides and the lack of resources caused by the simplification of landscapes
are often cited as the main drivers of the loss of wild bees. Landscape complexity has been …

Restoring the heterogeneity of farmland mosaics can help mitigate the ongoing global
decline of biodiversity. It has been shown that semi‐natural habitats in viticultural …

Edges between adjacent biotopes may hinder or promote spillover of arthropods,
influencing their distribution across landscapes. An understanding of spillover between …

Understanding the effects of agricultural practices on farmland biodiversity requires a
landscape perspective, as local-scale processes can be influenced by the structure of the …

Background and Research Objectives: Habitat matrices of intensive agricultural use are
generally inhospitable to native bees in fragmented forests. However, in some tropical …

Land use and cover change have a high influence on bee species, where honey bees (Apis
mellifera) could be affected in terms of resources, dispersal, and habitat. However, the …

Sustainable vineyard management in inter-rows may improve biodiversity and ecosystem
service provision in landscapes with a high density of vineyards. The current work …