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Auteur C. Rahbek |
Documents disponibles écrits par cet auteur (13)
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J. Bonlokke ; J. J. Madsen ; K. Thorup ; K. Pedersen ; M. Bjerrum ; C. Rahbek | [S.l.] : Rhodos & Zoologisk Musem | 2006Rhodos & Zoologisk Musem (DNK) 870p ill cartes distrib![]()
Article
A. P. Tottrup, Auteur ; K. Thorup, Auteur ; C. Rahbek, AuteurFrom 1976 to 1997 passerines were mist-netted and ringed on the island of Christianso, in the Baltic Sea. Here we present analyses of phenological changes (i.e. time of arrival) for 25 species based on the entire populations of mist-netted songb[...]![]()
Article
T. Brooks, Auteur ; A. Balmford, Auteur ; N. Burgess, Auteur ; L. A. Hansen, Auteur ; J. Moore, Auteur ; C. Rahbek, Auteur ; P. Williams, Auteur ; L. A. Bennun, Auteur ; A. Byaruhanga, Auteur ; P. Kasoma, Auteur ; P. Njoroge, Auteur ; D. Pomeroy, Auteur ; M. Wondafrash, AuteurAn urgent question in biodiversity conservation is the extent to which priority areas for one well-known indicator group, like birds, "capture" species within other groups. The first tests of this question have indicated that capture is high. Bi[...]![]()
Article
M. P. Lund, Auteur ; C. Rahbek, AuteurIdentification of reliable surrogate indicator taxa and effective shortcuts for the preservation of overall biodiversity is a major challenge. Encouragingly, complementarity-derived priority sets of focal taxa were found highly effective in repr[...]![]()
Article
J. J. Madsen, Auteur ; J. Bonlokke, Auteur ; K. Thorup, Auteur ; K. T. Pedersen, Auteur ; C. Rahbek, Auteur![]()
Article
J. Bladt, Auteur ; F. W. Larsen, Auteur ; C. Rahbek, AuteurThe identification of priority areas for biodiversity conservation is a cornerstone of systematic conservation planning. However, biodiversity, or even the distribution of all species, cannot be directly quantified, due to the inherent complexit[...]![]()
Article
F. W. Larsen, Auteur ; C. Rahbek, AuteurThe higher-taxon approach may provide a pragmatic surrogate for the rapid identification of priority areas for conservation. To date, no continent-wide study has examined the use of higher-taxon data to identify complementarity-based networks of[...]![]()
Article
S. G. Willis, Auteur ; W. Foden, Auteur ; D. J. Baker, Auteur ; E. Belle, Auteur ; N. D. Burgess, Auteur ; J. A. Carr, Auteur ; N. Doswald, Auteur ; R. A. Garcia, Auteur ; A. Hartley, Auteur ; C. Hof, Auteur ; T. Newbold, Auteur ; C. Rahbek, Auteur ; R. J. Smith, Auteur ; P. Visconti, Auteur ; B. E. Young, Auteur ; S. H. M. Butchart, AuteurTo accommodate climate-driven changes in biological communities, conservation plans are increasingly making use of models to predict species' responses to climate change. To date, species distribution models have been the most commonly used appr[...]![]()
Article
B. A. Walther, Auteur ; M. S. Wisz, Auteur ; C. Rahbek, AuteurThe Basra reed warbler (Acrocephalus griseldis) and the cinereous bunting (Emberiza cineracea) are the only two Western Palearctic passerine bird species that overwinter in East Africa and are classified by BirdLife International as endangered a[...]![]()
Article
A. P. Tottrup, Auteur ; K. Thorup, Auteur ; T. Coppack, Auteur ; K. Rainio, Auteur ; E. Lehikoinen, Auteur ; C. Rahbek, Auteur![]()
Article
N. Strange, Auteur ; C. Rahbek, Auteur ; J. K. Jepsen, Auteur ; M. P. Lund, AuteurThe current study focuses on the influence of geopolitical coordination of conservation strategies on cost and efficiency in terms of species representation when selecting network of protected areas. Conservation policies in the EU are implement[...]



