Summary: We quantified differences in the abundance and diversity of bird species at inherent (naturally occurring) and induced (human-created) edges in the Murray Mallee, South Australia, to explore the effects of anthropogenic landscape modification. Bird species were classified into edge-response categories based on numerical differences in abun-dance between the edge and interior of habitat patches. ‘Open-country ’ species (e.g. Australian Magpie and Little Raven) increased in abundance near induced edges, but were rarely recorded> 200 m into patch interiors or at in-herent edges. The Australian Ringneck, Red Wattlebird, Spiny-cheeked Honeyeater, Singing Honeyeater and White-eared Honeyeater increased in abundance near each inherent ...
Edge effects encompass a complex panoply of biotic and abiotic phenomena across woodland borders. I ...
<div><p>Forest edges can strongly affect avian nest success by altering nest predation rates, but th...
Boundaries between different habitats can be responsible for changes in species interac-tions, inclu...
We quantified differences in the abundance and diversity of bird species at inherent (naturally occu...
We quantified differences in the abundance and diversity of bird species at inherent (naturally occu...
Summary: We assayed nest predation as an edge effect, using artificial ground nests, at inherent (na...
We assayed nest predation as an edge effect, using artificial ground nests, at inherent (naturally o...
We assayed nest predation as an edge effect, using artificial ground nests, at inherent (naturally o...
Most evidence suggests anthropogenic edges negatively affect rain-forest bird communities but little...
This study focused on the interactions between small skinks and their major predators/competitors (b...
Transformation of intact vegetation into new kinds and configurations of human-modified habitats is ...
Transformation of intact vegetation into new kinds and configurations of human-modified habitats is ...
Transformation of intact vegetation into new kinds and configurations of human-modified habitats is ...
Abstract: Wildlife biologists historically considered the edge between adjacent habitat ypes highly ...
Afforestation often causes direct habitat losses for farmland birds of conservation concern, but it ...
Edge effects encompass a complex panoply of biotic and abiotic phenomena across woodland borders. I ...
<div><p>Forest edges can strongly affect avian nest success by altering nest predation rates, but th...
Boundaries between different habitats can be responsible for changes in species interac-tions, inclu...
We quantified differences in the abundance and diversity of bird species at inherent (naturally occu...
We quantified differences in the abundance and diversity of bird species at inherent (naturally occu...
Summary: We assayed nest predation as an edge effect, using artificial ground nests, at inherent (na...
We assayed nest predation as an edge effect, using artificial ground nests, at inherent (naturally o...
We assayed nest predation as an edge effect, using artificial ground nests, at inherent (naturally o...
Most evidence suggests anthropogenic edges negatively affect rain-forest bird communities but little...
This study focused on the interactions between small skinks and their major predators/competitors (b...
Transformation of intact vegetation into new kinds and configurations of human-modified habitats is ...
Transformation of intact vegetation into new kinds and configurations of human-modified habitats is ...
Transformation of intact vegetation into new kinds and configurations of human-modified habitats is ...
Abstract: Wildlife biologists historically considered the edge between adjacent habitat ypes highly ...
Afforestation often causes direct habitat losses for farmland birds of conservation concern, but it ...
Edge effects encompass a complex panoply of biotic and abiotic phenomena across woodland borders. I ...
<div><p>Forest edges can strongly affect avian nest success by altering nest predation rates, but th...
Boundaries between different habitats can be responsible for changes in species interac-tions, inclu...