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Rodent pests can have major social, economic, and environmental impacts. Their management, therefore, represents a complex socio-ecological problem in...

Changes at local and landscape scales impact forests embedded in urban and urbanizing landscapes. In the Northeast USA, urban forest fragments are cha...

Climate warming directly affects insect disturbance regimes by altering temperature-dependent population development. Indirect effects of climate chan...

Understanding the links between biological communities and ecosystem service provision through the mechanisms driven by landscape structure is crucial...

The role of generalist predators in pest control has been neglected because generalists are not able to track pest populations. Generalist predators a...

Landscape-level crop diversification is a promising tool for ecological intensification, whereby biodiversity and ecosystem services are enhanced, and...

Classical biological control has been a key technology in the management of invasive arthropod pests globally for over 120 years, yet rigorous quantit...

Mechanisms responsible for the success or failure of agricultural diversification are often unknown. Most studies of arthropod pest management focus o...

Control of incipient invaders-established invasive species in the early stages of spreading-can be inhibited by incomplete knowledge of the species' h...

Biological invasions have an anthropogenic origin, and although many species are able to spread on their own within the newly invaded area, long-dista...