We examine the relation between litter size, gestation length, neonate mass and growth rate among ungulates. By using a recent method for analysing comparative data, we show that ungulates can be divided along a slow-fast continuum, even after accounting for the effects of maternal body mass and common ancestry. Some species produce many small offspring during a short period, whereas others take a long time to raise a single large offspring. These differences in life-history strategy are associated with diet, i.e. browsers have relatively larger litters and smaller neonates than grazers
Fitness costs of reproduction are expected when resources are limited. Costs drive the evolution of ...
According to life-history theory age-dependent investments into reproduction are thought to co-vary ...
OVERVIEW Behaviour patterns governing habitat use, predator avoidance and foraging effort ultimately...
We examine the relation between litter size, gestation length, neonate mass and growth rate among un...
In species inhabiting a seasonal environment, timing of birth may be highly correlated with fitness....
Trade-offs have long been a major theme in life-history theory, but they have been hard to document....
Female ungulate reproductive success is dependent on the survival of their young, and affected by ma...
The brain's main function is to organise the physiological and behavioural responses to environmenta...
Predicting the consequences of climate change is a major challenge in ecology and wildlife managemen...
Predicting the consequences of climate change is a major challenge in ecology and wildlife managemen...
Mammals show extensive interspecific variation in the form of maternal care. Among ungulates, there ...
Predicting the consequences of climate change is a major challenge in ecology and wildlife managemen...
Predicting the consequences of climate change is a major challenge in ecology and wildlife managemen...
Mammalian reproduction is influenced by three factors: allometry (the effect of body size), phylogen...
The factors affecting reproductive strategies in long-lived species comprise one of the most importa...
Fitness costs of reproduction are expected when resources are limited. Costs drive the evolution of ...
According to life-history theory age-dependent investments into reproduction are thought to co-vary ...
OVERVIEW Behaviour patterns governing habitat use, predator avoidance and foraging effort ultimately...
We examine the relation between litter size, gestation length, neonate mass and growth rate among un...
In species inhabiting a seasonal environment, timing of birth may be highly correlated with fitness....
Trade-offs have long been a major theme in life-history theory, but they have been hard to document....
Female ungulate reproductive success is dependent on the survival of their young, and affected by ma...
The brain's main function is to organise the physiological and behavioural responses to environmenta...
Predicting the consequences of climate change is a major challenge in ecology and wildlife managemen...
Predicting the consequences of climate change is a major challenge in ecology and wildlife managemen...
Mammals show extensive interspecific variation in the form of maternal care. Among ungulates, there ...
Predicting the consequences of climate change is a major challenge in ecology and wildlife managemen...
Predicting the consequences of climate change is a major challenge in ecology and wildlife managemen...
Mammalian reproduction is influenced by three factors: allometry (the effect of body size), phylogen...
The factors affecting reproductive strategies in long-lived species comprise one of the most importa...
Fitness costs of reproduction are expected when resources are limited. Costs drive the evolution of ...
According to life-history theory age-dependent investments into reproduction are thought to co-vary ...
OVERVIEW Behaviour patterns governing habitat use, predator avoidance and foraging effort ultimately...