To maximize long-term average reproductive success, individuals can diversify the phenotypes of offspring produced within a reproductive event by displaying the ‘coin-flipping’ tactic. Wild boar (Sus scrofa scrofa) females have been reported to adopt this tactic. However, whether the magnitude of developmental plasticity within a litter depends on stochasticity in food resources has not been yet investigated. From long-term monitoring, we found that juvenile females produced similar-sized fetuses within a litter independent of food availability. By contrast, adult females adjusted their relative allocation to littermates to the amount of food resources, by providing a similar allocation to all littermates in years of poor food resources but...
Abstract The wild boar (Sus scrofa), a polygynous species, rapidly expanded its geographical range a...
Food shortage is an important selective factor shaping animal life-history trajectories. Yet, despit...
Iteroparous organisms maximise their overall fitness by optimising their reproductive effort over mu...
To maximize long-term average reproductive success, individuals can diversify the phenotypes of offs...
International audienceTo maximize long-term average reproductive success, individuals can diversify ...
During pregnancy, littermates compete to extract maternal resources from the placenta. Unequal extra...
Understanding how some species may be able to evolve quickly enough to deal with anthropogenic press...
Artificial selection affects phenotypes differently by natural selection. Domestic traits, which pas...
For species in which reproductive success is more variable in one sex than the other, the Trivers an...
Skewed sex ratios at birth are widely reported in wild populations, however, the extent to which par...
Abstract Skewed sex ratios at birth are widely reported in wild populations, however, the extent to ...
Exploitation by humans affects the size and structure of populations. This has evolutionary and demo...
International audienceDespite their importance in shaping life history tactics and population dynami...
On a population level, individual plasticity in reproductive phenology can provoke either anticipa- ...
Weather conditions and population density individuals experience at birth influence their life-histo...
Abstract The wild boar (Sus scrofa), a polygynous species, rapidly expanded its geographical range a...
Food shortage is an important selective factor shaping animal life-history trajectories. Yet, despit...
Iteroparous organisms maximise their overall fitness by optimising their reproductive effort over mu...
To maximize long-term average reproductive success, individuals can diversify the phenotypes of offs...
International audienceTo maximize long-term average reproductive success, individuals can diversify ...
During pregnancy, littermates compete to extract maternal resources from the placenta. Unequal extra...
Understanding how some species may be able to evolve quickly enough to deal with anthropogenic press...
Artificial selection affects phenotypes differently by natural selection. Domestic traits, which pas...
For species in which reproductive success is more variable in one sex than the other, the Trivers an...
Skewed sex ratios at birth are widely reported in wild populations, however, the extent to which par...
Abstract Skewed sex ratios at birth are widely reported in wild populations, however, the extent to ...
Exploitation by humans affects the size and structure of populations. This has evolutionary and demo...
International audienceDespite their importance in shaping life history tactics and population dynami...
On a population level, individual plasticity in reproductive phenology can provoke either anticipa- ...
Weather conditions and population density individuals experience at birth influence their life-histo...
Abstract The wild boar (Sus scrofa), a polygynous species, rapidly expanded its geographical range a...
Food shortage is an important selective factor shaping animal life-history trajectories. Yet, despit...
Iteroparous organisms maximise their overall fitness by optimising their reproductive effort over mu...