Abstract: Intensification of land-use in agricultural landscapes is responsible for a decline of biodiversity which provide important ecosystem services like pest-control. Changes in landscape composition may also induce behavioural changes of predators in response to variation in the biotic or abiotic environment. By controlling for environmentally confounding factors, we here demonstrate that the orb web spider Araneus diadematus alters its web building behaviour in response to changes in the composition of agricultural landscapes. Thereby, the species increases its foraging efficiency (i.e. investments in silk and web asymmetry) with an increase of agricultural land-use at intermediate spatial scales. This intensification is also related...
1. In animals, behavioural responses may play an important role in determining population persistenc...
International audience1.In animals, behavioural responses may play an important role in determining ...
Agricultural intensification is recognised as a major driver of biodiversity loss in human-modified ...
Intensification of land-use in agricultural landscapes is responsible for a decline of biodiversity ...
International audienceDespite the role generalist predators may play in biological regulation, the i...
Agricultural management and vegetation complexity affect arthropod diversity and may alter trophic i...
Land-use intensification is a major threat to arthropods across agricultural landscapes. To mitigate...
Agri-environment scheme (AES) approaches can be classified according to whether they prescribe manag...
Foraging patterns were determined for three orbweaving spiders in several geographical locations var...
Animals may consider both biotic and abiotic factors in foraging site choice. Among the biotic facto...
Studies on spiders in their natural habitats are necessary for determining the full range of plastic...
Foraging behaviors result from dynamic trade-offs made by organisms, incorporating factors such as p...
Behavioral adaptations for resource acquisition in the long jawed orb weaving spider Tetragnatha elo...
Behavioural plasticity is important for maximizing fitness in variable environments. Orb web spiders...
Abstract. This field study analyses reasons behind the changing, nightly web dimensions of the orb-w...
1. In animals, behavioural responses may play an important role in determining population persistenc...
International audience1.In animals, behavioural responses may play an important role in determining ...
Agricultural intensification is recognised as a major driver of biodiversity loss in human-modified ...
Intensification of land-use in agricultural landscapes is responsible for a decline of biodiversity ...
International audienceDespite the role generalist predators may play in biological regulation, the i...
Agricultural management and vegetation complexity affect arthropod diversity and may alter trophic i...
Land-use intensification is a major threat to arthropods across agricultural landscapes. To mitigate...
Agri-environment scheme (AES) approaches can be classified according to whether they prescribe manag...
Foraging patterns were determined for three orbweaving spiders in several geographical locations var...
Animals may consider both biotic and abiotic factors in foraging site choice. Among the biotic facto...
Studies on spiders in their natural habitats are necessary for determining the full range of plastic...
Foraging behaviors result from dynamic trade-offs made by organisms, incorporating factors such as p...
Behavioral adaptations for resource acquisition in the long jawed orb weaving spider Tetragnatha elo...
Behavioural plasticity is important for maximizing fitness in variable environments. Orb web spiders...
Abstract. This field study analyses reasons behind the changing, nightly web dimensions of the orb-w...
1. In animals, behavioural responses may play an important role in determining population persistenc...
International audience1.In animals, behavioural responses may play an important role in determining ...
Agricultural intensification is recognised as a major driver of biodiversity loss in human-modified ...