Two competing hypotheses have been used to explain species and sex differences in the effects of food availability on the sexual behavior of mammals. One hypothesis, the metabolic fuels hypothesis, posits that individuals, primarily females, forgo reproduction when faced with food deprivation and invest their limited resources in behaviors not associated with reproduction. The other hypothesis, the reproduction at all costs hypothesis, states that individuals, males and females, continue to reproduce or increase their reproductive behavior when faced with food deprivation. Results show female voles followed the predictions of the metabolic fuels hypothesis. That is, food-deprived female meadow voles were less attractive, proceptive, and rec...
These experiments explore how, in the laboratory, a small, short-lived rodent, the meadow vole, beha...
Food limitation has been suggested as one of the most important factors a¡ecting life-history evolut...
Meadow voles, Microtus pennsylvanicus, live in transitional grasslands where food is available in pa...
Two competing hypotheses have been used to explain species and sex differences in the effects of foo...
Food availability affects the reproductive performance of many animals. However, the majority of kno...
Proceptive behaviours are used by animals to indicate interest in opposite-sex conspecifics. These b...
Food-deprived meadow voles were used to test predictions of two hypotheses associated with the recov...
Female mammals are particularly sensitive to changes in food availability. The mechanisms that affec...
In many species of small mammals, including meadow voles, Microtus pennsylvanicus, females come into...
Little is known about the occurrence of individual variation in sexual behavior and how maternal nut...
Many female small mammals face limited food availability during lactation. These dams may have to ch...
The environment experienced by pups during lactation (nutrition and maternal behaviour) can contribu...
Food availability affects whether mammals communicate their interest in interacting with opposite-se...
An individual\u27s nutritional status affects the manner in which same- and opposite-sex conspecific...
In many small mammalian species, females undergo postpartum estrus (PPE), mate, and become pregnant ...
These experiments explore how, in the laboratory, a small, short-lived rodent, the meadow vole, beha...
Food limitation has been suggested as one of the most important factors a¡ecting life-history evolut...
Meadow voles, Microtus pennsylvanicus, live in transitional grasslands where food is available in pa...
Two competing hypotheses have been used to explain species and sex differences in the effects of foo...
Food availability affects the reproductive performance of many animals. However, the majority of kno...
Proceptive behaviours are used by animals to indicate interest in opposite-sex conspecifics. These b...
Food-deprived meadow voles were used to test predictions of two hypotheses associated with the recov...
Female mammals are particularly sensitive to changes in food availability. The mechanisms that affec...
In many species of small mammals, including meadow voles, Microtus pennsylvanicus, females come into...
Little is known about the occurrence of individual variation in sexual behavior and how maternal nut...
Many female small mammals face limited food availability during lactation. These dams may have to ch...
The environment experienced by pups during lactation (nutrition and maternal behaviour) can contribu...
Food availability affects whether mammals communicate their interest in interacting with opposite-se...
An individual\u27s nutritional status affects the manner in which same- and opposite-sex conspecific...
In many small mammalian species, females undergo postpartum estrus (PPE), mate, and become pregnant ...
These experiments explore how, in the laboratory, a small, short-lived rodent, the meadow vole, beha...
Food limitation has been suggested as one of the most important factors a¡ecting life-history evolut...
Meadow voles, Microtus pennsylvanicus, live in transitional grasslands where food is available in pa...