| Literature DB >> 30919260 |
Sigbjørn Stokke1, Jon M Arnemo2, Scott Brainerd3.
Abstract
Semi-jacketed lead-cored or copper-based homogenous rifle bullets are commonly used for hunting big game. Ever since their introduction in the 1990's, copper-based bullets have not been widely accepted by hunters due to limited supply, higher expense, and the perception that they exhibit inferior killing efficiency and correspondingly higher wounding rates. Here, we present data showing that animal flight distances for roe deer, red deer, brown bear, and moose dispatched with lead- or copper-based hunting bullets did not significantly differ from an animal welfare standardized animal flight distance based on body mass. Lead-cored bullets typical fragment on impact, whereas copper-based bullets retain more mass and expand more than their leaden counterparts. Our data demonstrate that the relative killing efficiency of lead and copper bullets is similar in terms of animal flight distance after fatal shots. Hunters that traditionally use lead bullets should consider switching to copper bullets to enhance human and environmental health.Entities:
Keywords: Animal flight distance; Animal welfare; Hunting bullet expansion; Killing efficiency; Lead and copper ammunition; Wound ballistics
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Year: 2019 PMID: 30919260 PMCID: PMC6675831 DOI: 10.1007/s13280-019-01171-4
Source DB: PubMed Journal: Ambio ISSN: 0044-7447 Impact factor: 5.129