Animals may consider both biotic and abiotic factors in foraging site choice. Among the biotic factors, food availability and predation risk are two widely reported important factors in determining foraging site fidelity. Their earlier investments, such as those retreat-building species' efforts in retreats construction, however, have been largely ignored. The orb-web spider Cyclosa monticola constructs a long column of masquerading detritus decoration in its web for predator avoidance purpose. This detritus decoration also functions as a retreat. However, the role of the detritus decoration for its foraging site fidelity is unknown. By manipulating three factors, presence of detritus decoration, prey availability, and predation risk to the...
Animals use behavioural plasticity to cope with conflicting selective pressures. We investigated how...
Abstract. This field study analyses reasons behind the changing, nightly web dimensions of the orb-w...
ABSTRACT Strategies that increase foraging efficiency may also increase predation risk. We investiga...
Animals may consider both biotic and abiotic factors in foraging site choice. Among the biotic facto...
Spiders of the genus Cyclosa often add prey remains and other debris to their orb-webs. The function...
Camouflage is one of the most widespread and powerful strategies that animals use to make detection/...
Many organisms convey false signals to mislead their prey or predators. Some orb-weaving spiders bui...
Foraging behaviors result from dynamic trade-offs made by organisms, incorporating factors such as p...
Orb-weaving spiders are ideal organisms for the study of conflict between behavioral investments in ...
Web-building spiders are territorial animals whose webs serve several purposes including foraging, r...
Foraging behaviors result from dynamic trade-offs made by organisms, incorporating factors such as p...
Spiders alter web architecture in response to many environmental factors. Yet, the functional implic...
We studied state-dependent web-building plasticity in cobweb spider Campanicola campanulata by manip...
Abstract: Intensification of land-use in agricultural landscapes is responsible for a decline of bio...
The function of silk web decorations in orb weaving spiders has been debated for decades. The most a...
Animals use behavioural plasticity to cope with conflicting selective pressures. We investigated how...
Abstract. This field study analyses reasons behind the changing, nightly web dimensions of the orb-w...
ABSTRACT Strategies that increase foraging efficiency may also increase predation risk. We investiga...
Animals may consider both biotic and abiotic factors in foraging site choice. Among the biotic facto...
Spiders of the genus Cyclosa often add prey remains and other debris to their orb-webs. The function...
Camouflage is one of the most widespread and powerful strategies that animals use to make detection/...
Many organisms convey false signals to mislead their prey or predators. Some orb-weaving spiders bui...
Foraging behaviors result from dynamic trade-offs made by organisms, incorporating factors such as p...
Orb-weaving spiders are ideal organisms for the study of conflict between behavioral investments in ...
Web-building spiders are territorial animals whose webs serve several purposes including foraging, r...
Foraging behaviors result from dynamic trade-offs made by organisms, incorporating factors such as p...
Spiders alter web architecture in response to many environmental factors. Yet, the functional implic...
We studied state-dependent web-building plasticity in cobweb spider Campanicola campanulata by manip...
Abstract: Intensification of land-use in agricultural landscapes is responsible for a decline of bio...
The function of silk web decorations in orb weaving spiders has been debated for decades. The most a...
Animals use behavioural plasticity to cope with conflicting selective pressures. We investigated how...
Abstract. This field study analyses reasons behind the changing, nightly web dimensions of the orb-w...
ABSTRACT Strategies that increase foraging efficiency may also increase predation risk. We investiga...