Knowledge Agora



Regenerative Economy Challenge

Challenge:    Sustainable Aquaculture and Fisheries



     Sustainable aquaculture and fisheries are essential for meeting global food demand while preserving marine ecosystems. Overfishing and harmful fishing practices have led to declining fish populations, making sustainable fisheries practices critical for biodiversity and long-term fish availability. Sustainable fisheries implement catch limits, selective gear, and monitoring systems to reduce bycatch and allow fish stocks to recover. Similarly, sustainable aquaculture focuses on raising fish, shellfish, and other species in controlled environments that reduce pressure on wild populations. Innovative aquaculture practices include recirculating aquaculture systems (RAS) and integrated multi-trophic aquaculture, which recycle water and use species like seaweed and mussels to improve water quality by filtering excess nutrients. A key challenge in sustainable aquaculture is sourcing environmentally friendly feed alternatives to fish meal and fish oil, traditionally derived from wild fish stocks. Researchers are exploring alternative feed ingredients like algae, insects, and agricultural byproducts to reduce aquaculture’s environmental footprint. Certification programs, such as those from the Marine Stewardship Council (MSC) and Aquaculture Stewardship Council (ASC), help consumers identify responsibly sourced seafood and support market demand for sustainable options. Effective regulations and community engagement are vital to ensure that aquaculture and fisheries protect marine ecosystems and provide economic benefits. By promoting sustainable practices, we can safeguard marine biodiversity and create resilient, sustainable food systems for future generation

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Aricles describing Sustainable Aquaculture and Fisheries

ID Score Article
12581 0.722 Pounds, A; Kaminski, AM; Budhathoki, M; Gudbrandsen, O; Kok, B; Horn, S; Malcorps, W; Abdullah-Al Mamun; McGoohan, A; Newton, R; Ozretich, R; Little, DC More Than Fish-Framing Aquatic Animals within Sustainable Food Systems Foods, 11.0, 10
68033 0.7 Henriksson, PJG; Banks, LK; Suri, SK; Pratiwi, TY; Fatan, NA; Troell, M Indonesian aquaculture futures-identifying interventions for reducing environmental impacts Environmental Research Letters, 14, 12
24804 0.699 Laso, J; Ruiz-Salmon, I; Margallo, M; Villanueva-Rey, P; Poceiro, L; Quinteiro, P; Dias, AC; Almeida, C; Marques, A; Entrena-Barbero, E; Moreira, MT; Feijoo, G; Loubet, P; Sonnemann, G; Cooney, R; Clifford, E; Regueiro, L; de Sousa, DAB; Jacob, C; Noirot, C; Martin, JC; Raffray, M; Rowan, N; Mellett, S; Aldaco, R Achieving Sustainability of the Seafood Sector in the European Atlantic Area by Addressing Eco-Social Challenges: The NEPTUNUS Project Sustainability, 14, 5
7556 0.693 Arcade, MC; Costache, M; Bahaciu, GV; Dragomir, N; Nicolae, CG Imta Key Concept For Developing A Strategy To Increase Aquaculture Production And Improve Environmental Sustainability Scientific Papers-Series D-Animal Science, 66, 1
29543 0.691 Sanz-Lazaro, C; Sanchez-Jerez, P Regional Integrated Multi-Trophic Aquaculture (RIMTA): Spatially separated, ecologically linked
23607 0.686 Colombo, SM; Roy, K; Mraz, J; Wan, AHL; Davies, SJ; Tibbetts, SM; Overland, M; Francis, DS; Rocker, MM; Gasco, L; Spencer, E; Metian, M; Trushenski, JT; Turchini, GM Towards achieving circularity and sustainability in feeds for farmed blue foods Reviews In Aquaculture, 15, 3
4273 0.685 Regueiro, L; Newton, R; Soula, M; Méndez, D; Kok, B; Little, DC; Pastres, R; Johansen, J; Ferreira, M Opportunities and limitations for the introduction of circular economy principles in EU aquaculture based on the regulatory framework Journal Of Industrial Ecology, 26, 6
24585 0.685 Campanati, C; Willer, D; Schubert, J; Aldridge, DC Sustainable Intensification of Aquaculture through Nutrient Recycling and Circular Economies: More Fish, Less Waste, Blue Growth Reviews In Fisheries Science & Aquaculture, 30, 2
78033 0.682 Kapletia, D; O'Connor, N; Rhodes, ML; Mulcahy, D Community-driven business models for seaweed farming: the 'C-FAARER' approach
20885 0.66 Alvarado-Ramírez, L; Santiesteban-Romero, B; Poss, G; Sosa-Hernández, JE; Iqbal, HMN; Parra-Saldívar, R; Bonaccorso, AD; Melchor-Martínez, EM Sustainable production of biofuels and bioderivatives from aquaculture and marine waste
75751 0.656 Jeffery, K; Mangi, SC; Conejo-Watt, H; Muench, A; Hyder, K The potential of the UK inshore fleet to switch or integrate aquaculture to form a more holistic seafood production system
6998 0.654 Chary, K; van Riel, AJ; Muscat, A; Wilfart, A; Harchaoui, S; Verdegem, M; Filgueira, R; Troell, M; Henriksson, PJG; de Boer, IJM; Wiegertjes, GF Transforming sustainable aquaculture by applying circularity principles Reviews In Aquaculture, 16, 2
73520 0.652 Kaczan, DJ; Patil, PG Potential Development Contribution of Fisheries Reform: Evidence From Pakistan Journal Of Environment & Development, 29, 3
64976 0.648 Bastardie, F; Salvany, L; Cooper, AM; Carvalho, N A roadmap to reduce the risk of overexploiting EU marine living resources in a changing ocean
12914 0.647 D'Orbcastel, ER; Lutier, M; Le Floc'h, E; Ruelle, F; Triplet, S; Le Gall, P; Hubert, C; Fortune, M; Laugier, T; Geoffroy, T; Crottier, A; Gobet, A; Fouilland, E Marine ecological aquaculture: a successful Mediterranean integrated multi-trophic aquaculture case study of a fish, oyster and algae assemblage Aquaculture International, 30.0, 6
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