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D. Armstrong, I. Castro, R. Griffiths (2007)
Using adaptive management to determine requirements of re‐introduced populations: the case of the New Zealand hihiJournal of Applied Ecology, 44
C. Roberts, R. Duncan, K. Wilson (2007)
Burrowing seabirds affect forest regeneration, Rangatira Island, Chatham Islands, New ZealandNew Zealand Journal of Ecology, 31
(1994)
Habitat use and burrow densities of burrow-nesting seabirds on South East Island
Steven Phillips, R. Anderson, R. Schapire (2006)
Maximum entropy modeling of species geographic distributionsEcological Modelling, 190
(2008)
Chatham Islands Heritage and Conservation
C. Mulder, Susan Keall (2001)
Burrowing seabirds and reptiles: impacts on seeds, seedlings and soils in an island forest in New ZealandOecologia, 127
B. McNab (2003)
Metabolism: Ecology shapes bird bioenergeticsNature, 426
Martin Daufresne, Philippe Boët, Heather McCarthy, Ram Oren, Adrien Finzi, David Ellsworth, Hyun-Seok Kim, Kurt Johnsen, Bonnie Millar, Sebastian Leuzinger, Christian Körner, Sebastiaan Luyssaert, Ilaria Inglima, Martin Jung, Andrew Richardson, Markus Reichstein, Dario Papale, S. Piao, Lisa Wingate, Luiz Aragão, Marc Aubinet, C. Beer, C. Bernhofer, Damien Bonal, Jeffrey Chambers, Philippe Ciais, Bruce Cook, Kenneth Davis, A. Dolman, Birgit Gielen, Michael Goulden, John Grace, A. Granier, Achim Grelle, Timothy Griffis, Thomas Grünwald, Gabriele Guidolotti, Paul Hanson, Richard Harding, David Hollinger, Lucy Hutyra, Pasi Kolari, Bart Kruijt, Werner Kutsch, F. Lagergren, Tuomas Laurila, G. Maire, Anders Lindroth, Denis Loustau, Yadvinder Malhi, J. Mateus, M. Migliavacca, Laurent Misson, Leonardo Montagnani, John Moncrieff, Eddy Moors, J. Munger, Eero Nikinmaa, Scott Ollinger, G. Pita, Olivier Roupsard, Nobuko Saigusa, M. Sanz, Guenther Seufert, C. Sierra, Jianwu Tang, Riccardo Valentini, Timo Vesala, Ivan Janssens, James Blande, Päivi Tiiva, Elina Oksanen, Jarmo Holopainen, Nicolas Delbart, G. Picard, J. Peñuelas, P. Prieto, Claus Beier, Carla Cesaraccio, P. Angelis, Giovanbattista Dato, Bridget Emmett, Marc Estiarte, János Garadnai, Antonie Gorissen, E. Lang, György Kröel-Dulay, Laura Llorens, Grazia Pellizzaro, Torben Riis-Nielsen, Inger Schmidt, Costantino Sirca, Alwyn Sowerby, Donatella Spano, Albert Tietema, Duncan Menge, C. Field (2007)
Global Change Biolog y
(2011)
A statistical explantation of MaxEnt for ecologists
Grant Harris, S. Pimm (2008)
Range Size and Extinction Risk in Forest BirdsConservation Biology, 22
Y. Heezik, R. Maloney, P. Seddon (2009)
Movements of translocated captive-bred and released Critically Endangered kaki (black stilts) Himantopus novaezelandiae and the value of long-term post-release monitoringOryx, 43
P. Seddon (1999)
Persistence without intervention: assessing success in wildlife reintroductions.Trends in ecology & evolution, 14 12
D. Hawke (2005)
Soil P in a forested seabird colony : inventories, parent material contributions, and N:P stoichiometrySoil Research, 43
(2007)
Burrowing seabirds affect forest regeneration
W. Jetz, Ç. Şekercioğlu, J. Watson (2008)
Ecological Correlates and Conservation Implications of Overestimating Species Geographic RangesConservation Biology, 22
T. Martin (2001)
ABIOTIC VS. BIOTIC INFLUENCES ON HABITAT SELECTION OF COEXISTING SPECIES: CLIMATE CHANGE IMPACTS?Ecology, 82
D. Sobey, J. Kenworthy (1979)
THE RELATIONSHIP BETWEEN HERRING GULLS AND THE VEGETATION OF THEIR BREEDING COLONIESJournal of Ecology, 67
E. Kennedy (2009)
Extinction vulnerability in two small, chronically inbred populations of Chatham Island black robin Petroica traversi
S. Finney, S. Wanless, M. Harris (1999)
The effect of weather conditions on the feeding behaviour of a diving bird, the Common Guillemot Uria aalgeJournal of Avian Biology, 30
(2001)
Black Robin Recovery Plan 2001–2011
D. Paris, A. Nicholls, Andrew Hall, Annette Harvey, M. Massaro (2016)
Female-biased dispersal in a spatially restricted endemic island birdBehavioral Ecology and Sociobiology, 70
W. Weathers, E. Greene (1998)
Thermoregulatory responses of Bridled and Juniper Titmice to high temperatureThe Condor, 100
C. Wolf, B. Griffith, C. Reed, S. Temple (1996)
Avian and Mammalian Translocations: Update and Reanalysis of 1987 Survey DataConservation Biology, 10
D. Serrano, J. Tella, J. Donázar, M. Pomarol (2003)
SOCIAL AND INDIVIDUAL FEATURES AFFECTING NATAL DISPERSAL IN THE COLONIAL LESSER KESTRELEcology, 84
R. Jovani, J. Tella (2004)
Age‐related environmental sensitivity and weather mediated nestling mortality in white storks Ciconia ciconiaEcography, 27
P. Gouar, J. Mihoub, F. Sarrazin (2012)
Dispersal and habitat selection: behavioural and spatial constraints for animal reintroductions
J. Fischer, D. Lindenmayer (2000)
An assessment of the published results of animal relocationsBiological Conservation, 96
M. Massaro, A. Starling-Windhof, J. Briskie, T. Martin (2008)
Introduced Mammalian Predators Induce Behavioural Changes in Parental Care in an Endemic New Zealand BirdPLoS ONE, 3
Ç. Şekercioğlu, S. Schneider, J. Fay, S. Loarie (2008)
Climate Change, Elevational Range Shifts, and Bird ExtinctionsConservation Biology, 22
P. Moran (1950)
Notes on continuous stochastic phenomena.Biometrika, 37 1-2
K. Richardson, J. Ewen (2016)
Habitat selection in a reintroduced population: social effects differ between natal and post‐release dispersalAnimal Conservation, 19
J. Elith, Steven Phillips, T. Hastie, Miroslav Dudík, Y. Chee, C. Yates (2011)
A statistical explanation of MaxEnt for ecologistsDiversity and Distributions, 17
J. Illera, H. Wehrden, J. Wehner (2010)
Nest site selection and the effects of land use in a multi-scale approach on the distribution of a passerine in an island arid environmentJournal of Arid Environments, 74
Boris Tinoco, Pedro Astudillo, S. Latta, C. Graham (2009)
Distribution, ecology and conservation of an endangered Andean hummingbird: the Violet-throated Metaltail (Metallura baroni)Bird Conservation International, 19
J. West, Ron NilssonZ (1994)
HABITAT USE AND BURROW DENSITIES OF BURROW-NESTING SEABIRDS ON SOUTH EAST ISLAND, CHATHAM ISLANDS, NEW ZEALAND
B. Griffith, J. Scott, J. Carpenter, C. Reed (1989)
Translocation as a Species Conservation Tool: Status and StrategyScience, 245
R. Duncan, T. Blackburn (2004)
Extinction and endemism in the New Zealand avifaunaGlobal Ecology and Biogeography, 13
J. Elith, J. Leathwick (2009)
Species Distribution Models: Ecological Explanation and Prediction Across Space and TimeAnnual Review of Ecology, Evolution, and Systematics, 40
C. Miskelly, R. Powlesland (2013)
Conservation translocations of New Zealand birds, 1863-2012
M. Harrison, D. Green, P. Krannitz (2009)
Conspecifics Influence the Settlement Decisions of Male Brewer's Sparrows at the Northern Edge of their Range, 111
(2016)
Female-biased dispersal in a spatially-restricted island bird
R. Moss, J. Oswald, D. Baines (2001)
Climate change and breeding success: decline of the capercaillie in ScotlandJournal of Animal Ecology, 70
W. Weathers (1997)
Energetics and thermoregulation by small passerines of the humid, lowland tropicsThe Auk, 114
David Butler, D. Merton (1992)
The black robin : saving the world's most endangered bird
Bernard Silverman (1987)
Density Estimation for Statistics and Data Analysis
P. Gouar, J.‐B. Mihoub, F. Sarrazin (2012)
Reintroduction Biology: Integrating Science and Management
E. Williams (1952)
SOME EXACT TESTS IN MULTIVARIATE ANALYSISBiometrika, 39
A. Tennyson, P. Millener (1994)
BIRD EXTINCTIONS AND FOSSIL BONES FROM MANGERE ISLAND, CHATHAM ISLANDS
T. Blackburn, P. Cassey, R. Duncan, K. Evans, K. Gaston (2004)
Avian Extinction and Mammalian Introductions on Oceanic IslandsScience, 305
S. Oppel, Ana Meirinho, I. Ramírez, B. Gardner, A. O'connell, P. Miller, M. Louzao (2012)
Comparison of five modelling techniques to predict the spatial distribution and abundance of seabirdsBiological Conservation, 156
M. Massaro, R. Sainudiin, D. Merton, J. Briskie, A. Poole, M. Hale (2013)
Human-Assisted Spread of a Maladaptive Behavior in a Critically Endangered BirdPLoS ONE, 8
W. Sutherland, D. Armstrong, S. Butchart, J. Earnhardt, J. Ewen, I. Jamieson, Carl Jones, Rebecca Lee, P. Newbery, J. Nichols, K. Parker, F. Sarrazin, P. Seddon, N. Shah, V. Tatayah (2010)
Standards for documenting and monitoring bird reintroduction projectsConservation Letters, 3
S. Redpath, B. Arroyo, B. Etheridge, F. Leckie, K. Bouwman, S. Thirgood (2002)
Temperature and hen harrier productivity: from local mechanisms to geographical patternsEcography, 25
R. Moreno, R. Zamora, J. Molina-Martínez, A. Vasquez, M. Herrera (2011)
Predictive modeling of microhabitats for endemic birds in South Chilean temperate forests using Maximum entropy (Maxent)Ecol. Informatics, 6
R. Wilson, D. Gutiérrez, J. Gutiérrez, D. Martínez, R. Agudo, V. Monserrat (2005)
Changes to the elevational limits and extent of species ranges associated with climate change.Ecology letters, 8 11
A.E. McKechnie, B.O. Wolf (2010)
Climate change increases the likelihood of catastrophic avian mortality events during extreme heat waves, 6
J. Lavers, Mark Miller, Michael Carter, George Swann, R. Clarke (2014)
Predicting the Spatial Distribution of a Seabird Community to Identify Priority Conservation Areas in the Timor SeaConservation Biology, 28
(2012)
Dispersal and habitat selection: behavioural and spatial constraints for animal translocations
W. Anderson, G. Polis (1999)
Nutrient fluxes from water to land: seabirds affect plant nutrient status on Gulf of California islandsOecologia, 118
Tom Moorhouse, M. Gelling, D. Macdonald (2009)
Effects of habitat quality upon reintroduction success in water voles: Evidence from a replicated experimentBiological Conservation, 142
Melanie Massaro, M. Stanbury, J. Briskie (2013)
Nest site selection by the endangered black robin increases vulnerability to predation by an invasive birdAnimal Conservation, 16
A. Starling-Windhof, M. Massaro, J. Briskie (2011)
Differential effects of exotic predator-control on nest success of native and introduced birds in New ZealandBiological Invasions, 13
Frangois Sarrazin, Robert Barbault (1996)
Reintroduction: challenges and lessons for basic ecology.Trends in ecology & evolution, 11 11
D. Armstrong, P. Seddon (2008)
Directions in reintroduction biology.Trends in ecology & evolution, 23 1
(2013)
Guidelines for Reintroductions and Other Conservation Translocations. Version 1.0. Gland: IUCN Species Survival Commission
G. Gage, M. Brooke, M. Symonds, D. Wege (2004)
Ecological correlates of the threat of extinction in Neotropical bird speciesAnimal Conservation, 7
Ruscena Wiederholt, E. Post (2010)
Tropical warming and the dynamics of endangered primatesBiology Letters, 6
(2013)
Guidelines for Reintroductions and Other Conservation Translocations
M. Gillham (1960)
Destruction of indigenous heath vegetaion in Victorian sea-bird coloniesAustralian Journal of Botany, 8
Jérôme Rgeas, E. Vidal, P. Ponel (2003)
Colonial seabirds change beetle assemblages on a Mediterranean islandÉcoscience, 10
(2001)
Abiotic vs
C. Bernardo, H. Lloyd, F. Olmos, L. Cancian, M. Galetti (2011)
Using post‐release monitoring data to optimize avian reintroduction programs: a 2‐year case study from the Brazilian Atlantic RainforestAnimal Conservation, 14
C. Lawrence, D. Paris, J. Briskie, M. Massaro (2017)
When the neighbourhood goes bad: can endangered black robins adjust nest‐site selection in response to the risk of an invasive predator?Animal Conservation, 20
Investigating habitat use and preferences of a threatened species can be challenging, especially if wild populations have decreased to such low numbers that they occupy only fractions of their former natural range. Hence, assessing habitat suitability of a potential release site for a threatened species before a reintroduction attempt can be difficult because frequently no comparable baseline data are available. In these instances, post‐release monitoring data can inform about habitat use and preferences of a reintroduced species. Here, we use monitoring data of an endangered endemic island bird, the Chatham Island black robin Petroica traversi, to investigate habitat preferences and the temporal change in distribution patterns across 26 years following a reintroduction. We show that densities and distribution of black robin pairs at the reintroduction site have changed significantly over the years. Spatial distribution of pairs is clustered, and this clustering has intensified as the population increased. We used the maximum entropy method MaxEnt to model habitat suitability on the island, showing that black robins clearly prefer forested areas inland that are within 70 m to the forest edge at lower elevations (<40 m a.s.l.) and on slopes that have a N‐NE aspect. The model also identified one area on the island that comprises suitable habitat, but is currently uninhabited. Applying maximum observed densities to the available area of each suitability class, carrying capacity is estimated as 170 nesting pairs across the island, highlighting the need to find further appropriate habitat urgently. Overall, these topographical and habitat preferences considerably restrict this species' potential distribution, a constraint that has serious conservation implications for future population growth of current populations and (re)introductions to new locations. This study demonstrates that post‐release data can reveal relevant limitations to habitat use of highly threatened species.
Animal Conservation – Wiley
Published: Feb 1, 2018
Keywords: ; ; ; ; ; ; ;
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