International audience1. Patch time allocation has been mostly studied in female parasitoids exploiting patches of hosts. Different parameters such as oviposition, host encounters, patch quality, etc. have been repeatedly shown to modify the time females invest on hosts. 2. Male parasitoids are expected to maximise their lifetime fitness by maximising the number of females inseminated during their life. Because they can be sperm and/or time limited, they should optimise their time allocation on emergence patches. 3. Patch time allocation thus appears to be an important question for both male and female parasitoids. 4. In this study, we determined the parameters used by males of the egg parasitoid Trichogramma turkestanica to decide when to ...
1. In species such as quasi-gregarious egg parasitoids, which exploit defendable patches, the fitnes...
Parasitoids are important insects that are commonly released into the environment to reduce the popu...
A dynamic optimization model is presented for the decision to host feed or oviposit on hosts by fema...
Optimal foraging models predict how an organism allocates its time and energy while foraging for agg...
Optimal foraging models predict how an organism allocates its time and energy while foraging for agg...
Abstract As most parasitoids are time limited, they usually die before they have laid all their eggs...
In most animals, males are assumed to have access to an unlimited supply of sperm, while females pro...
Host rejection, superparasitism, and ovicide are three possible host selection strategies that paras...
International audiencePatch time allocation has received much attention in the context of optimal fo...
The original publication can be found at www.springerlink.comThis study investigated the effects of ...
International audience1. In this paper, the foraging behaviour (the proximal mechanisms involved in ...
Models based on sex allocation theory predict that when the fitness gains from larger size differ be...
1. For animal species that forage on patchily distributed resources, patch time allocation is of pri...
National audienceThe presence of competitors may affect the pay-off of individuals’ foraging strateg...
International audienceSynovigenic insects (i.e., insects emerging with few ripe eggs and maturing mo...
1. In species such as quasi-gregarious egg parasitoids, which exploit defendable patches, the fitnes...
Parasitoids are important insects that are commonly released into the environment to reduce the popu...
A dynamic optimization model is presented for the decision to host feed or oviposit on hosts by fema...
Optimal foraging models predict how an organism allocates its time and energy while foraging for agg...
Optimal foraging models predict how an organism allocates its time and energy while foraging for agg...
Abstract As most parasitoids are time limited, they usually die before they have laid all their eggs...
In most animals, males are assumed to have access to an unlimited supply of sperm, while females pro...
Host rejection, superparasitism, and ovicide are three possible host selection strategies that paras...
International audiencePatch time allocation has received much attention in the context of optimal fo...
The original publication can be found at www.springerlink.comThis study investigated the effects of ...
International audience1. In this paper, the foraging behaviour (the proximal mechanisms involved in ...
Models based on sex allocation theory predict that when the fitness gains from larger size differ be...
1. For animal species that forage on patchily distributed resources, patch time allocation is of pri...
National audienceThe presence of competitors may affect the pay-off of individuals’ foraging strateg...
International audienceSynovigenic insects (i.e., insects emerging with few ripe eggs and maturing mo...
1. In species such as quasi-gregarious egg parasitoids, which exploit defendable patches, the fitnes...
Parasitoids are important insects that are commonly released into the environment to reduce the popu...
A dynamic optimization model is presented for the decision to host feed or oviposit on hosts by fema...