Data

Scavenger assemblages and scavenging rates in north Queensland and Victoria, Australia

University of the Sunshine Coast
Huijbers, Chantal ; Schlacher, Thomas ; McVeigh, Rosemary ; Schoeman, David ; Olds, Andrew ; Brown, Marion ; Ekanayake, Kasun ; Weston, Michael ; Connolly, Rod
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ctx_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rfr_id=info%3Asid%2FANDS&rft_id=info:doi10.4227/39/55f6533bef07d&rft.title=Scavenger assemblages and scavenging rates in north Queensland and Victoria, Australia&rft.identifier=10.4227/39/55f6533bef07d&rft.publisher=University of the Sunshine Coast&rft.description=This data was collected to test whether ecological function, measured as scavenging rates, is affected by differences in species pools across a continental scale. We placed fish carcasses at the beach-dune interface of 12 beaches in north Queensland, and 13 beaches in Victoria, which were monitored by motion-triggered cameras to record scavengers and quantify the detection and removal of carrion. The data includes: 1. Scavenger assemblages, calculated as the aggregated species incidence per beach; 2. Beach characteristics, including natural metrics such as dune width, as well as metrics related to human interference such as distance to nearest buildings; 3. Scavenging rates: for each deployment whether a carcass was detected and removed; 4. Scavenging efficiency: for each deployment, time in minutes until a carcass was detected and removed; 5. Bird occurrence, calculated from Birdlife data, in 5 blocks of 50 km coastline in each region. The results of these data are published in Functional replacement across species pools of vertebrate scavengers separated a a continental scale maintains an ecosystem function in the journal Functional Ecology in 2015.&rft.creator=Huijbers, Chantal &rft.creator=Schlacher, Thomas &rft.creator=McVeigh, Rosemary &rft.creator=Schoeman, David &rft.creator=Olds, Andrew &rft.creator=Brown, Marion &rft.creator=Ekanayake, Kasun &rft.creator=Weston, Michael &rft.creator=Connolly, Rod &rft.date=2015&rft.coverage=Location: Victoria and Far North Queensland, Australia&rft_rights=Copyright © 2015 University of the Sunshine Coast. This work is licensed under a Creative Commons Attribution 4.0 International License.&rft_rights=CC BY V4.0&rft_subject=biogeography&rft_subject=carrion&rft_subject=foxes&rft_subject=macroecology&rft_subject=raptors&rft_subject=sandy beaches&rft_subject=scavenging&rft_subject=ECOLOGY&rft_subject=BIOLOGICAL SCIENCES&rft_subject=Ecosystem Function&rft_subject=ENVIRONMENTAL SCIENCES&rft_subject=ECOLOGICAL APPLICATIONS&rft.type=dataset&rft.language=English Access the data

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CC BY V4.0

Copyright © 2015 University of the Sunshine Coast. This work is licensed under a Creative Commons Attribution 4.0 International License.

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This data was collected to test whether ecological function, measured as scavenging rates, is affected by differences in species pools across a continental scale. We placed fish carcasses at the beach-dune interface of 12 beaches in north Queensland, and 13 beaches in Victoria, which were monitored by motion-triggered cameras to record scavengers and quantify the detection and removal of carrion. The data includes: 1. Scavenger assemblages, calculated as the aggregated species incidence per beach; 2. Beach characteristics, including natural metrics such as dune width, as well as metrics related to human interference such as distance to nearest buildings; 3. Scavenging rates: for each deployment whether a carcass was detected and removed; 4. Scavenging efficiency: for each deployment, time in minutes until a carcass was detected and removed; 5. Bird occurrence, calculated from Birdlife data, in 5 blocks of 50 km coastline in each region. The results of these data are published in "Functional replacement across species pools of vertebrate scavengers separated a a continental scale maintains an ecosystem function" in the journal Functional Ecology in 2015.

Issued: 2015

Created: 201303 to 201304

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Spatial Coverage And Location

text: Location: Victoria and Far North Queensland, Australia

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Identifiers
  • usc : 11126170310002621