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Article
Peter W. Dillingham, Auteur ; Graeme P. Elliott, Auteur ; Kath J. Walker, Auteur ; David Fletcher, AuteurThe age at first breeding is an important demographic parameter in determining maximum growth rate, population size and generation time and is a key parameter in calculating the potential biological removal of birds. Albatrosses and petrels do n[...]
Article
Michael J. Conroy, Auteur ; Richard J. Barker, Auteur ; Peter W. Dillingham, Auteur ; David Fletcher, Auteur ; Andrew M. Gormley, Auteur ; Ian M. Westbrooke, AuteurDecision theory provides an organised approach to decision making in natural resource conservation. The theory requires clearly stated objectives, decision alternatives and decision-outcome utilities, and thus allows for the separation of values[...]
Article
Peter W. Dillingham, Auteur ; David Fletcher, AuteurMany bird species are subject to human-caused mortality, either through direct harvest (e.g. game birds) or through incidental mortalities (e.g. fisheries-related bycatch of seabirds, impact with vehicles, wind turbines, or power lines). In orde[...]
Article
Peter W. Dillingham, Auteur ; David Fletcher, AuteurSeabirds such as albatrosses and petrels are frequently caught in longline and trawl fisheries, but limited demographic data for many species creates management challenges. A method for estimating the potential biological removal (the PBR method[...]
