作者: C. T. Darimont , S. M. Carlson , M. T. Kinnison , P. C. Paquet , T. E. Reimchen
关键词: Ecology 、 Reproduction (economics) 、 Trait 、 Sustainability 、 Bioinformatics 、 Biology 、 Variable (computer science)
摘要: Koons (1) offers welcome insight into an additional threat to sustainability that could arise from harvest-driven trait changes. His contribution stems our finding shifts life-history traits (e.g., reproduction at earlier ages and/or smaller sizes) in harvested populations averaged ≈25% and were among the most rapid changes we observed dataset of 40 human-harvest systems (2).