Add to ORKGLandscape features such as roads and streams can inhibit movement of species with poor dispersal capabilities and high sensitivity to habitat alteration. Terrestrial salamanders are generally thought of as incapable of long distance movements. However, r
Habitat fragmentation and destruction caused by linear infrastructure, including roads, railways, an...
Roads may be one of the most common disturbances in otherwise continuous forested habitat in the sou...
Movement influences fundamental ecological and evolutionary processes including population persisten...
Landscape features inhibit movement of species with poor dispersal capabilities and high sensitivity...
Demographic and genetic connectivity have important implications for population dynamics of wildlife...
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...
Migratory amphibians are at high risk of negative impacts when roads intersect their upland and bree...
Road crossings have significant effects on wildlife, but there is limited information on how road cr...
The effects of roads and trails on terrestrial salamanders, primarily plethodontids, can be importan...
Most amphibians use both wetland and upland habitats, but the extent of their movement in forested h...
Frid Abstract: Pacific giant salamanders (Dicamptodon tenebrosus Good) in the Chilliwack River valle...
Roads can fragment animal populations by reducing gene flow, which can lead to drift and the loss of...
Habitat fragmentation negatively affects movement and dispersal of wildlife by altering useable spac...
A key goal in road ecology is to determine which species are most vulnerable to the negative effects...
Habitat fragmentation and destruction caused by linear infrastructure, including roads, railways, an...
Roads may be one of the most common disturbances in otherwise continuous forested habitat in the sou...
Movement influences fundamental ecological and evolutionary processes including population persisten...
Landscape features inhibit movement of species with poor dispersal capabilities and high sensitivity...
Demographic and genetic connectivity have important implications for population dynamics of wildlife...
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...
Migratory amphibians are at high risk of negative impacts when roads intersect their upland and bree...
Road crossings have significant effects on wildlife, but there is limited information on how road cr...
The effects of roads and trails on terrestrial salamanders, primarily plethodontids, can be importan...
Most amphibians use both wetland and upland habitats, but the extent of their movement in forested h...
Frid Abstract: Pacific giant salamanders (Dicamptodon tenebrosus Good) in the Chilliwack River valle...
Roads can fragment animal populations by reducing gene flow, which can lead to drift and the loss of...
Habitat fragmentation negatively affects movement and dispersal of wildlife by altering useable spac...
A key goal in road ecology is to determine which species are most vulnerable to the negative effects...
Habitat fragmentation and destruction caused by linear infrastructure, including roads, railways, an...
Roads may be one of the most common disturbances in otherwise continuous forested habitat in the sou...
Movement influences fundamental ecological and evolutionary processes including population persisten...