Little is known about the swimming ability of terrestrial salamanders. Studies involving displacement have shown that salamanders are capable of crossing streams during long distance travel. However, the efficiency of their movement across aquatic barriers is largely unknown. This study intends to observe the ability of terrestrial salamanders to swim or otherwise cross streams. We will locate individual salamanders under natural cover objects and subject them to trials in an aquatic arena to determine their average burst speed. Possible influences on the results include the size, sex, and species of the salamander. We expect to observe differences between the species and size of the salamander versus their swimming ability
Locomotion has a clear ecological relevance for many animals. As animals need to move in order to es...
Dispersal is considered to be a species-specific trait, but intraspecific variation can be high. How...
In nature, salamanders adapted to terrestrial and aquatic environments as well as varying substrate ...
Little is known about the swimming ability of terrestrial salamanders. Studies involving displacemen...
Little is known about the swimming ability of terrestrial salamanders. Studies of movement have show...
Landscape features inhibit movement of species with poor dispersal capabilities and high sensitivity...
Abstract Objective Athletic performances are dynamic movements that are physically challenging and o...
Across taxa, individuals vary in how far they disperse, with most individuals staying close to their...
The transition from aquatic to terrestrial locomotion was a landmark event in the evolutionary histo...
Demographic and genetic connectivity have important implications for population dynamics of wildlife...
Most larval and permanently aquatic salamanders use undulatory swimming as their primary mode of ste...
Dispersal is the central mechanism that determines connectivity between populations yet few studies ...
While many studies have examined the barrier effects of large rivers on animal dispersal and gene fl...
While many studies have examined the barrier effects of large rivers on animal dispersal and gene fl...
Plethodontid salamanders within the genus Desmognathus range from species that are primarily aquatic...
Locomotion has a clear ecological relevance for many animals. As animals need to move in order to es...
Dispersal is considered to be a species-specific trait, but intraspecific variation can be high. How...
In nature, salamanders adapted to terrestrial and aquatic environments as well as varying substrate ...
Little is known about the swimming ability of terrestrial salamanders. Studies involving displacemen...
Little is known about the swimming ability of terrestrial salamanders. Studies of movement have show...
Landscape features inhibit movement of species with poor dispersal capabilities and high sensitivity...
Abstract Objective Athletic performances are dynamic movements that are physically challenging and o...
Across taxa, individuals vary in how far they disperse, with most individuals staying close to their...
The transition from aquatic to terrestrial locomotion was a landmark event in the evolutionary histo...
Demographic and genetic connectivity have important implications for population dynamics of wildlife...
Most larval and permanently aquatic salamanders use undulatory swimming as their primary mode of ste...
Dispersal is the central mechanism that determines connectivity between populations yet few studies ...
While many studies have examined the barrier effects of large rivers on animal dispersal and gene fl...
While many studies have examined the barrier effects of large rivers on animal dispersal and gene fl...
Plethodontid salamanders within the genus Desmognathus range from species that are primarily aquatic...
Locomotion has a clear ecological relevance for many animals. As animals need to move in order to es...
Dispersal is considered to be a species-specific trait, but intraspecific variation can be high. How...
In nature, salamanders adapted to terrestrial and aquatic environments as well as varying substrate ...