| Literature DB >> 30719749 |
Stefano B Longo1,2, Brett Clark3, Richard York4, Andrew K Jorgenson5.
Abstract
In modern aquaculture, animal-production technology is used to increase aquatic food sources. Such controlled rearing of seafood can, in principle, shift the pressure off wild stocks and aquatic ecosystems by reducing fishing activities, which may advance marine conservation goals. We examined resource displacement-the reduced consumption of a resource due to its replacement with a more environmentally benign substitute-in fisheries. We employed panel regression techniques in an analysis of time-series data from 1970 through 2014 to assess the extent to which aquaculture production displaced fisheries captures for all nations for which data were available. We estimated 9 models to assess whether aquaculture production suppresses captures once other factors related to demand have been controlled for. Only 1 model predicted significant suppression of fisheries captures associated with aquaculture systems within nations over time. These results suggest that global aquaculture production does not substantially displace fisheries capture; instead, aquaculture production largely supplements fisheries capture.Entities:
Keywords: food systems; natural resource; overfishing; recursos naturales; sistemas alimenticios; sobrepesca; sustainability; sustentabilidad; technology; tecnología; 可持续性; 技术; 自然资源; 过度捕捞; 食品系统
Mesh:
Year: 2019 PMID: 30719749 DOI: 10.1111/cobi.13295
Source DB: PubMed Journal: Conserv Biol ISSN: 0888-8892 Impact factor: 6.560