We studied the effect of traffic intensity on local abundance of anurans. We counted dead and live frogs and toads per km and estimated frog and toad local abundances using breeding chorus intensities on similar roads through similar habitats, but with different levels of traffic intensity. After correcting for effects of date, local habitat, time, and region, our analyses demonstrated that (1) the number of dead and live frogs and toads per km decreased with increasing traffic intensity; (2) the proportion of frogs and toads dead increased with increasing traffic intensity; and (3) the frog and toad density, as measured by the chorus intensity, decreased with increasing traffic intensity. Taken together, our results indicate that traffic m...
Roads create many challenges for conservation, and amphibians are particularly vulnerable to their n...
A key goal in road ecology is to determine which species are most vulnerable to the negative effects...
Amphibian populations have been declining at higher rates than bird and mammal populations. Agricul...
We studied the effect of traffic intensity on local abundance of anurans. We counted dead and live f...
We studied the effect of traffic intensity on local abun-dance of anurans. We counted ead and live f...
Vehicular traffic can be a major source of mortality for some species. Highly uagile organisms may b...
The diurnal movement patterns of Triturus vulgaris, T. cristatus, Pelobates fuscus, Bufo bufo, Rana ...
Road traffic and the loss of forests are both known to have negative effects on anurans. However, th...
It is now well established that amphibians are suffering widespread decline and extinctions. Among o...
Transportation infrastructure is a major factor determining land use forms. As global changes in thi...
Roads constitute a direct and often permanent loss of wildlife habitat; they can serve as physical o...
Landscape structure is important for shaping the abundance and distribution of amphibians, but prior...
The Common Toad Bufo bufo is the amphibian with the highest rates of road mortality in many European...
The Author(s) 2011. This article is published with open access at Springerlink.com Abstract Despite ...
Aim: Understanding the scales over which land use affects animal populations is critical for conserv...
Roads create many challenges for conservation, and amphibians are particularly vulnerable to their n...
A key goal in road ecology is to determine which species are most vulnerable to the negative effects...
Amphibian populations have been declining at higher rates than bird and mammal populations. Agricul...
We studied the effect of traffic intensity on local abundance of anurans. We counted dead and live f...
We studied the effect of traffic intensity on local abun-dance of anurans. We counted ead and live f...
Vehicular traffic can be a major source of mortality for some species. Highly uagile organisms may b...
The diurnal movement patterns of Triturus vulgaris, T. cristatus, Pelobates fuscus, Bufo bufo, Rana ...
Road traffic and the loss of forests are both known to have negative effects on anurans. However, th...
It is now well established that amphibians are suffering widespread decline and extinctions. Among o...
Transportation infrastructure is a major factor determining land use forms. As global changes in thi...
Roads constitute a direct and often permanent loss of wildlife habitat; they can serve as physical o...
Landscape structure is important for shaping the abundance and distribution of amphibians, but prior...
The Common Toad Bufo bufo is the amphibian with the highest rates of road mortality in many European...
The Author(s) 2011. This article is published with open access at Springerlink.com Abstract Despite ...
Aim: Understanding the scales over which land use affects animal populations is critical for conserv...
Roads create many challenges for conservation, and amphibians are particularly vulnerable to their n...
A key goal in road ecology is to determine which species are most vulnerable to the negative effects...
Amphibian populations have been declining at higher rates than bird and mammal populations. Agricul...