Articles citing this paper
Theory and application of mark–recapture and related techniques to aerial surveys of wildlife
Richard Barker A
+ Author Affiliations
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A Department of Mathematics and Statistics, University of Otago, PO Box 56, Dunedin, Otago, New Zealand. Email:rbarker@maths.otago.ac.nz
Wildlife Research 35(4) 268-274 https://doi.org/10.1071/WR07086
Submitted: 4 July 2007 Accepted: 23 January 2008 Published: 27 June 2008
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McCorquodale Scott M.,
Knapp Shannon M.,
Davison Michael A.,
Bohannon Jennifer S.,
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Statistical power of replicated helicopter surveys in southern African conservation areas
Reilly Brian K.,
van Hensbergen Hubertus J.,
Eiselen Riette J., Fleming Peter J. S.
African Journal of Ecology. 2017 55(2). p.198
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Ward MP,
Garner MG, Cowled BD
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DYAL JORDAN R.,
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Botta Randy,
Colby Janene,
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Kaczensky Petra,
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Boutin Stan,
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Dickie Melanie,
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Ford Adam,
Gillingham Michael P.,
Greene Laura,
Heard Douglas C.,
Hebblewhite Mark,
Hervieux Dave,
Klaczek Mike,
McLellan Bruce N.,
McNay R. Scott,
Neufeld Lalenia,
Nobert Barry,
Nowak J. Joshua,
Pelletier Agnès,
Reid Aaron,
Roberts Anne‐Marie,
Russell Mike,
Seip Dale,
Seip Caroline,
Shores Carolyn,
Steenweg Robin,
White Shane,
Wittmer Heiko U.,
Wong Mark,
Zimmerman Kathryn L., Serrouya Robert
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Griffin Paul C.,
Lubow Bruce C.,
Jenkins Kurt J.,
Vales David J.,
Moeller Barbara J.,
Reid Mason,
Happe Patricia J.,
Mccorquodale Scott M.,
Tirhi Michelle J.,
Schaberl Jim P., Beirne Katherine
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Dillman Brian G.,
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