Recent work suggests that the yellow dung fly mating system may include alternative patroller-competitor mating tactics in which large males compete for gravid females on dung, whereas small, non-competitive males search for females at foraging sites. Small males obtain most matings off pasture, yet the behavioural mechanism(s) giving rise to this pattern are unknown. We investigated the male and female behaviours that determine mating success in this environment by conducting field mating experiments and found small males to benefit from several attributes specific to the off-pasture mating environment. First, small males from foraging sites exhibited higher mating propensity, indicating that large males away from dung may be depleted of e...
Mating is generally assumed to carry costs, particularly for females, which have to be traded off ag...
1. Mating and foraging are generally mutually exclusive activities. Individuals are thus faced with ...
In the common dung or black scavenger fly Sepsis cynipsea (Diptera: Sepsidae) several morphological ...
Recent work suggests the yellow dung fly mating system may include alternative patroller-competitor ...
Evolution is expected to favor the proliferation of one strategy in a population and eliminate less ...
Foraging provides the basis for animal reproduction, but requires energy and time to be sustained, e...
We investigated the mechanisms of sexual selection in the common dung fly Sepsis cynipsea and how th...
Theory predicts that sperm competition will favour the production of larger ejaculates. However, bec...
Phenomenological and behavioural studies have greatly advanced the study of natural selection. Field...
In most previous work on the yellow dung flyScathophaga stercoraria(L.), as on other species, adapti...
We experimentally tested the ideal-free distribution (IFD) using oviposition sites and mates as reso...
Studies of phenotypic selection in natural populations often concentrate only on short time periods ...
There is a fundamental conflict between the sexes over the frequency and duration of mating; therefo...
Molecular techniques have substantially improved our knowledge of postcopulatory sexual selection. N...
The male competition for fertilization that results from female multiple mating promotes the evoluti...
Mating is generally assumed to carry costs, particularly for females, which have to be traded off ag...
1. Mating and foraging are generally mutually exclusive activities. Individuals are thus faced with ...
In the common dung or black scavenger fly Sepsis cynipsea (Diptera: Sepsidae) several morphological ...
Recent work suggests the yellow dung fly mating system may include alternative patroller-competitor ...
Evolution is expected to favor the proliferation of one strategy in a population and eliminate less ...
Foraging provides the basis for animal reproduction, but requires energy and time to be sustained, e...
We investigated the mechanisms of sexual selection in the common dung fly Sepsis cynipsea and how th...
Theory predicts that sperm competition will favour the production of larger ejaculates. However, bec...
Phenomenological and behavioural studies have greatly advanced the study of natural selection. Field...
In most previous work on the yellow dung flyScathophaga stercoraria(L.), as on other species, adapti...
We experimentally tested the ideal-free distribution (IFD) using oviposition sites and mates as reso...
Studies of phenotypic selection in natural populations often concentrate only on short time periods ...
There is a fundamental conflict between the sexes over the frequency and duration of mating; therefo...
Molecular techniques have substantially improved our knowledge of postcopulatory sexual selection. N...
The male competition for fertilization that results from female multiple mating promotes the evoluti...
Mating is generally assumed to carry costs, particularly for females, which have to be traded off ag...
1. Mating and foraging are generally mutually exclusive activities. Individuals are thus faced with ...
In the common dung or black scavenger fly Sepsis cynipsea (Diptera: Sepsidae) several morphological ...