An understanding of the population dynamics of a species requires knowledge of the major life-history parameters of a population, including age at maturity, distribution of age classes, and lifetime reproductive contribution of the sexes, sex ratio, length of the breeding season, mean litter size, rates of growth and survival, and life span. Because few long-term studies have been conducted with Ochrotomys nuttalli as the focal species of investigation, only fragmentary information is available for many population parameters. As importantly, densities of golden mice often are low, making them difficult to evaluate statistically. Little has been published on age at maturity for golden mice, lifetime reproductive success, or the distribution ...
House mice live freely all over the small Welsh island of Skokholm The population has been in existe...
1. Commensal mammals live in habitats that appear to provide both benefits and costs compared with n...
Rodents show an immense variation in reproductive seasonality, spanning the whole spectrum from stri...
An understanding of the population dynamics of a species requires knowledge of the major life-histor...
This research assesses the status of the golden mouse (Ochrotomys nuttalli) in Florida by taking a m...
Golden mice (Ochrotomys nuttalli) are generally an elusive and rare species throughout their geograp...
The object of this study was to compare the role of changes in reproduction and mortality in regulat...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/146840/1/pope0161.pd
Similarities between golden mice (Ochrotomys nuttalli) and white-footed mice (Peromyscus leucopus) h...
Aim Our goal was to assess the conservation status of the understudied and naturally uncommon habita...
I examined the relations between habitat structure, population variability and patterns of microhabi...
Habitat fragmentation can negatively impact population dynamics and movement, thus leading to loss o...
646. Golden Oldfield Mouse Thomasomys aureus French: Thomasomys doré / German: Gold-Paramomaus...
House mice inhabit a variety of habitats on Marion Island, with the density of mice varying accordin...
In this investigation I examine the reproductive patterns of two tropical species of rodents, Oryzom...
House mice live freely all over the small Welsh island of Skokholm The population has been in existe...
1. Commensal mammals live in habitats that appear to provide both benefits and costs compared with n...
Rodents show an immense variation in reproductive seasonality, spanning the whole spectrum from stri...
An understanding of the population dynamics of a species requires knowledge of the major life-histor...
This research assesses the status of the golden mouse (Ochrotomys nuttalli) in Florida by taking a m...
Golden mice (Ochrotomys nuttalli) are generally an elusive and rare species throughout their geograp...
The object of this study was to compare the role of changes in reproduction and mortality in regulat...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/146840/1/pope0161.pd
Similarities between golden mice (Ochrotomys nuttalli) and white-footed mice (Peromyscus leucopus) h...
Aim Our goal was to assess the conservation status of the understudied and naturally uncommon habita...
I examined the relations between habitat structure, population variability and patterns of microhabi...
Habitat fragmentation can negatively impact population dynamics and movement, thus leading to loss o...
646. Golden Oldfield Mouse Thomasomys aureus French: Thomasomys doré / German: Gold-Paramomaus...
House mice inhabit a variety of habitats on Marion Island, with the density of mice varying accordin...
In this investigation I examine the reproductive patterns of two tropical species of rodents, Oryzom...
House mice live freely all over the small Welsh island of Skokholm The population has been in existe...
1. Commensal mammals live in habitats that appear to provide both benefits and costs compared with n...
Rodents show an immense variation in reproductive seasonality, spanning the whole spectrum from stri...