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Ecological restoration / Biogeography / Ecological succession / Foraging / Landscape ecology / Vegetation / Biology / Ecology / Systems ecology


Austral Ecology (2011) ••, ••–•• Foraging height and landscape context predict the relative abundance of bird species in urban vegetation patches aec_2225
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Document Date: 2014-08-28 03:48:18


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City

Brisbane / New York / Sydney / Guangzhou / Victoria / Melbourne / Vienna / /

Company

RAi / Percentage / CSIRO Publishing / Kutt A. S. / Google / Oxford University Press / Model 3 / ESRI / Hinsley S. A. / /

Continent

Australia / /

Country

New Zealand / Japan / United States / Australia / China / /

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Event

Environmental Issue / /

Facility

Garner L. / D. F. SHANAHAN / 1* H. P. POSSINGHAM1 AND T. G. MARTIN2 University of Queensland / University of Queensland / Garner S. / /

IndustryTerm

utilized conservation tools / food resources / tangible services / continued weed management / online version / accessible tools / satellite imagery / conservation management / leaf-mining lepidoptera / urban systems / conservation tools / Web Sydney / statistical software / /

NaturalFeature

Atlantic Rain Forest / /

Organization

Ecological Society of Australia Model / Ecological Society of Australia / Brisbane City Council / Foundation for Statistical Computing / Royal Australasian Ornithologists’ Union / Sydney Regional Organisation of Councils / Ecological Society / University of Queensland / United Nations / School of Biological Sciences / Wildlife Preservation Society of Australia / Avian / Oxford University / /

Person

Nat / John Dwyer / Richard Fuller / Alice Yeates / /

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Position

*Corresponding author / METHODS Model development We / /

Product

Wilcoxon / Kruskal / /

ProgrammingLanguage

R / /

ProvinceOrState

Queensland / Alabama / New York / Victoria / /

PublishedMedium

The Authors Journal / Austral Ecology / /

RadioStation

Core / /

Region

South East Queensland / central Victoria / /

Technology

remote sensing / /

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