Although
predation strategies develop early during ontogeny, environmental contingency plays an important role in
predation strategies of adult cats.
Predation strategies along with preferences for particular types of prey develop early in life.
In a geologic «instant» of several million years, organisms developed strikingly new body shapes, new organs, and new
predation strategies and defenses against them.
Not exact matches
Stankowich et al. used natural history data, including range overlap with potential predators, body size, and activity patterns, in conjunction with comparative phylogenetic analyses on 181 species of mammals to identify patterns of
predation risk that could have contributed to the evolution of these two defensive
strategies.
On landscapes with both open and closed habitat structure, they may use a combined
strategy of hiding in forest cover to lower predator encounter rates and seeking open terrain, such as grasslands, where
predation risk may be reduced.
The intense
predation pressure, which could be as high as 80 per cent among birds in habitats where the mourner lives seems to have driven the evolution of complex anti-predatory
strategies in the species.
Their relatively small size would have meant that choristoderes were probably exposed to high
predation pressure and
strategies, such as live birth, and post-natal parental care may have improved survival of the offspring.
If they did they'd become extinct, and so the evolutionary
strategy that many plants, particularly cereal grains have taken to prevent
predation is to evolve toxic compounds so that the predator of the seeds can't eat them, so that they can put their seeds in the soil where they're meant to be to grow a new plant and not in the gut of an animal to feed it.»
Alternatives According to FWS, «the Proposed Action is a fully integrated range of nonlethal and lethal predator management
strategies that would be available for implementation on the FKNWRC, depending on the status, distribution, and extent of
predation by targeted predator species.»