Gentry Rebecca R, Lester Sarah E, Kappel Carrie V, White Crow, Bell Tom W, Stevens Joel, Gaines Steven D
Bren School of Environmental Science & Management University of California Santa Barbara Santa Barbara CA USA.
Department of Geography Florida State University Tallahassee FL USA.
Ecol Evol. 2016 Dec 24;7(2):733-743. doi: 10.1002/ece3.2637. eCollection 2017 Jan.
Marine aquaculture is expanding into deeper offshore environments in response to growing consumer demand for seafood, improved technology, and limited potential to increase wild fisheries catches. Sustainable development of aquaculture will require quantification and minimization of its impacts on other ocean-based activities and the environment through scientifically informed spatial planning. However, the scientific literature currently provides limited direct guidance for such planning. Here, we employ an ecological lens and synthesize a broad multidisciplinary literature to provide insight into the interactions between offshore aquaculture and the surrounding environment across a spectrum of spatial scales. While important information gaps remain, we find that there is sufficient research for informed decisions about the effects of aquaculture siting to achieve a sustainable offshore aquaculture industry that complements other uses of the marine environment.
随着消费者对海产品的需求不断增长、技术不断进步以及野生渔业捕捞量增长潜力有限,海洋水产养殖正朝着更深的近海环境拓展。水产养殖的可持续发展将需要通过科学合理的空间规划,对其对其他海洋活动和环境的影响进行量化并将其降至最低。然而,目前的科学文献对此类规划提供的直接指导有限。在此,我们运用生态学视角,综合广泛的多学科文献,以深入了解近海水产养殖与周围环境在一系列空间尺度上的相互作用。尽管仍存在重要的信息空白,但我们发现已有足够的研究可为有关水产养殖选址影响的明智决策提供依据,从而实现一个与海洋环境其他用途相辅相成的可持续近海水产养殖产业。