York / Smithfield / Tulsa / Redlands / Crocodile / Brisbane / Telonics / New York / Sydney / Oxford / Hamilton / /
Company
Statsoft Inc / Pergamon Press / Kraft / Surry Beatty and sons. / Wells AG / ESRI / Creative Commons / Rosenblatt AE / Beatty and Sons. / /
Country
New Zealand / Austria / United States / Australia / / /
Facility
Ducie River catchment / University of Pretoria / The University of Queensland Animal Ethics Committee / University of Queensland / The University of Queensland / Australia Zoo / /
IndustryTerm
stainless steel wire / bank vegetation / satellite dilution / river systems / coupled food webs / statistical computing / satellite transmitter / analytical tools / nest building materials / long-distance travel / coastal travel / satellite system / food / food habits / energy / satellite imagery data / satellite tracking / energy channel / statistical software / river bank / travel potential / food webs / polygamous mating systems / steel / constructed using satellite imagery data / /
NaturalFeature
Ducie River / Eastern Caroline Islands / North-Central Florida Lake / Wenlock River / Palau Archipelago / Cape York Peninsula / /
Organization
Range Utilisation and Long-Range Movement of Estuarine Crocodiles / Queensland Animal Ethics Committee / Linneus Society / Australian Research Council / University of Pretoria / Department of Environment and Resource Management / Foundation for Statistical Computing Vienna / Long-Range Movement of Estuarine Crocodiles / University of Queensland / Brisbane / School of Biological Sciences / Department of Environment / Fox / Northern Territory Department of Natural Resources / Environment / the Arts and Sport / Queensland Environment Protection Agency / /
Person
Michael Somers / Yusuke Fukuda / Greg Norman / Scott Sullivan / Irwin SR / /
Home Range Utilisation and Long-Range Movement of Estuarine Crocodiles during the Breeding and Nesting Season Hamish A. Campbell1*, Ross G. Dwyer1, Terri R. Irwin2, Craig E. Franklin1 1 The School of Biological Sciences,