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| DOI | 10.1111/JWAS.12946 | ||||
| Año | 2023 | ||||
| Tipo | revisión |
Citas Totales
Autores Afiliación Chile
Instituciones Chile
% Participación
Internacional
Autores
Afiliación Extranjera
Instituciones
Extranjeras
The diverse aquaculture sector makes important contributions toward achieving the Sustainable Development Goals (SDGs)/Agenda 2030, and can increasingly do so in the future. Its important role for food security, nutrition, livelihoods, economies, and cultures is not clearly visible in the Agenda 21 declaration. This may partly reflect the state of development of policies for aquaculture compared with its terrestrial counterpart, agriculture, and possibly also because aquaculture production has historically originated from a few key hotspot regions/countries. This review highlights the need for better integration of aquaculture in global food system dialogues. Unpacking aquaculture's diverse functions and generation of values at multiple spatiotemporal scales enables better understanding of aquaculture's present and future potential contribution to the SDGs. Aquaculture is a unique sector that encompasses all aquatic ecosystems (freshwater, brackish/estuarine, and marine) and is also tightly interconnected with terrestrial ecosystems through, for example, feed resources and other dependencies. Understanding environmental, social, and economic characteristics of the multifaceted nature of aquaculture provides for more context-specific solutions for addressing both opportunities and challenges for its future development. This review includes a rapid literature survey based on how aquaculture links to the specific SDG indicators. A conceptual framework is developed for communicating the importance of context specificity related to SDG outcomes from different types of aquaculture. The uniqueness of aquaculture's contributions compared with other food production systems are discussed, including understanding of species/systems diversity, the role of emerging aquaculture, and its interconnectedness with supporting systems. A selection of case studies is presented to illustrate: (1) the diversity of the aquaculture sector and what role this diversity can play for contributions to the SDGs, (2) examples of methodologies for identification of aquaculture's contribution to the SDGs, and (3) trade-offs between farming systems’ contribution to meeting the SDGs. It becomes clear that decision-making around resource allocation and trade-offs between aquaculture and other aquatic resource users needs review of a wide range of established and emergent systems. The review ends by highlighting knowledge gaps and pathways for transformation that will allow further strengthening of aquaculture's role for contributing to the SDGs. This includes identification and building on already existing monitoring that can enable capturing SDG-relevant aquaculture statistics at a national level and discussion of how a cohesive and comprehensive aquaculture strategy, framed to meet the SDGs, may help countries to prioritize actions for improving well-being.
| Ord. | Autor | Género | Institución - País |
|---|---|---|---|
| 1 | Troell, M. | - |
Kungl. Vetenskapsakademien - Suecia
Stockholm Resilience Centre - Suecia Royal Swedish Acad Sci - Suecia Stockholm Univ - Suecia |
| 2 | Costa-Pierce, Barry | - |
University of New England, USA - Estados Unidos
Univ New England - Estados Unidos |
| 3 | Stead, Selina | - |
University of Leeds - Reino Unido
UNIV LEEDS - Reino Unido |
| 4 | Cottrell, Richard S. | Hombre |
Institute for Marine and Antarctic Studies - Australia
Univ Tasmania - Australia University of Tasmania - Australia |
| 5 | Brugere, Cecile | Mujer |
Soulfish Research and Consultancy - Reino Unido
Soulfish Res & Consultancy - Reino Unido Soulfish Research & Consultancy - Reino Unido |
| 6 | Farmery, Anna K. | - |
Faculty of Business and Law - Australia
UNIV WOLLONGONG - Australia |
| 7 | Little, David C. | Hombre |
University of Stirling - Reino Unido
Univ Stirling - Reino Unido |
| 8 | Strand, Åsa | - |
IVL Svenska Miljoinstitutet - Suecia
IVL Swedish Environm Res Inst - Suecia |
| 9 | Pullin, Roger | - |
The Irish Sea Centre Ltd - Reino Unido
Irish Sea Ctr Ltd - Reino Unido |
| 10 | SOTO-CASTILLO, DANIEL | Mujer |
Centro Interdisciplinario de Investigación en Acuicultura Sustentable - Chile
Universidad de Concepción - Chile |
| 11 | Beveridge, Malcolm | Hombre |
Crieff - Reino Unido
Faskally - Reino Unido |
| 12 | Salie, Khalid | - |
Stellenbosch University - República de Sudáfrica
Univ Stellenbosch - República de Sudáfrica |
| 13 | QUEZADA-ESCALONA, FELIPE JAVIER | Hombre |
Universidad de Concepción - Chile
|
| 14 | Moraes-Valenti, Patricia | - |
Universidade Estadual Paulista "Julio de Mesquita Filho" - Brasil
Sao Paulo State Univ - Brasil |
| 15 | Blanchard, Julia L. | Mujer |
University of Tasmania - Australia
Institute for Marine and Antarctic Studies - Australia Univ Tasmania - Australia |
| 16 | James, Philip | - |
Nofima - Noruega
Norwegian Inst Food NOFIMA - Noruega |
| 17 | Yossa, Rodrigue | - |
WorldFish - Malasia
|
| 18 | Allison, Edward H. | Hombre |
WorldFish - Malasia
University of Washington - Estados Unidos UNIV WASHINGTON - Estados Unidos |
| 19 | Devaney, Christopher | - |
University of Stirling - Reino Unido
Univ Stirling - Reino Unido |
| 20 | Barg, Uwe | - |
Food and Agriculture Organization of the United Nations - Italia
Food & Agr Org United Nations FAO - Italia |
| Agradecimiento |
|---|
| The authors are grateful to FAO for given the opportunity to put this paper together—special thanks to Graham Mair. The authors would like to thank Ruth Garcia Gomez, Alison Culpin, Tim Pickering, Jamie Whitford, and Imad Saoud for help shaping/editing the paper. E.H.A. is supported by donors to the Consultative Group for International Agricultural Research (CGIAR) trust fund, through the Resilient Aquatic Food Systems Initiative. Thanks also to the two anonymous reviewers providing valuable comments. This paper is dedicated to James Muir whose effortless work with aquaculture sustainability and its importance been an inspiration for many. |
| The authors are grateful to FAO for given the opportunity to put this paper together—special thanks to Graham Mair. The authors would like to thank Ruth Garcia Gomez, Alison Culpin, Tim Pickering, Jamie Whitford, and Imad Saoud for help shaping/editing the paper. E.H.A. is supported by donors to the Consultative Group for International Agricultural Research (CGIAR) trust fund, through the Resilient Aquatic Food Systems Initiative. Thanks also to the two anonymous reviewers providing valuable comments. This paper is dedicated to James Muir whose effortless work with aquaculture sustainability and its importance been an inspiration for many. |