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Classical biological control has been a key technology in the management of invasive arthropod pests globally for over 120 years, yet rigorous quantit...
Read moreIntensifying agricultural production in sustainable ways is pivotal to increasing food production while reducing environmental impacts. Ecological int...
Read moreSemi-natural habitats (SNH) are considered essential for pest-suppressive landscapes, but their influence on crop pests and natural enemies can be hig...
Read moreIn apple orchards, the use of pesticides such as pyrethroids for the control of lepidopteran and dipteran pests can severely disturb natural equilibri...
Read moreenThis link goes to a English sectionnlThis link goes to a Dutch section Pest-regulating natural enemies often require crop and non-crop habitats to p...
Read moreAn equation for estimating invertebrate predation was tested in laboratory experiments with Sitobion avenae and polyphagous predators (Agonum dorsale,...
Read moreAs part of a wider study of the effect of insect herbivory on sycamore (Acer pseudoplatanus) trees, the population dynamics and feeding of 2 aphid spe...
Read moreFollowing the accidental introduction of the bostrichid beetle Prostephanus truncatus into East and West Africa around 1980, a classical biological co...
Read moreUnderstanding the habitat use and movement patterns of natural enemies in agricultural landscapes is essential for enhancing biological pest control. ...
Read moreFew studies have addressed how density-dependent and density-independent regulation of population growth and abundance varies among habitats for a spe...
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