SDG 14 – Life Below Water |
recirculating aquaculture system, recirculating aquaculture, alexandrium, aquaculture species, marine protected areas (mpas), marine reserve, ocean acidification (oa), aquaculture systems, marine reserves, wetland restoration, fish aquaculture, marine spatial planning, aquaculture farm, enhanced biological phosphorus removal, aquaculture fish, harmful algal blooms (habs), eutrophication potential, marine conservation, harmful algal blooms, aquaculture industry, aquaculture system, nitrogen and phosphorus removal, no-take, marine strategy framework directive, marine litter, fishmeal, marine aquaculture, shrimp aquaculture, recirculating aquaculture systems, shrimp farm, aquaculture pond, aquaculture production, fish meal (fm), marine strategy, cylindrospermopsis, salmon farm, harmful algal bloom, aquaculture waste, marine protected areas, enhanced biological phosphorus removal (ebpr), aquaculture ponds, biological phosphorus removal, harmful algal, farmed atlantic salmon, shrimp farming, marine protected area (mpa), toxic dinoflagellate, sustainable aquaculture, marine oil spill, shrimp culture, marine debris, deepwater horizon oil spill, farmed salmon, cylindrospermopsis raciborskii, salmon aquaculture, aquaculture wastewater, aquaculture sector, mariculture, aquaculture environment, marine protected area, deepwater horizon oil, ocean acidification, aquaculture farms, aquaculture water, bloom dynamics, culture fish, intensive aquaculture, aquaculture area, ebpr, salmon farming, marine plastic, alexandrium tamarense, marine spa, removal of phosphate, aquaculture facilities, aquaculture activities, freshwater aquaculture, oil spill accident, culture ponds, coastal management, integrated coastal zone management, aquaculture feed, mussel farm, fish diet, culture pond, aquafeed, oil spill detection, phosphorus pollution, pill detection, harmful algae, aquaculture site, oil spill response, coastal protection, farmed fish, phosphorus removal efficiency, spill accident, ecosystem-based fisheries management, shrimp farms, spill response, reef restoration, denitrifying phosphorus removal, plastic debris, algal blooms, small-scale fisheries, fish diets, alexandrium catenella, integrated multi-trophic aquaculture, aquaculture development, fisheries and aquaculture, catenella, coastal eutrophication, phosphorus removal, harmful algal bloom (hab), salmon farms, aquaculture practices, integrated coastal management, aquaculture., recirculating aquaculture systems (ras), commercial aquaculture, oyster farm, aquacultured, recirculating aquaculture system (ras), a. tamarense, alexandrium minutum, phosphate accumulating organism, shellfish aquaculture, phosphate accumulating organisms, iczm, oil-spill, imposex, beach management, deepwater horizon, marine pollution, sea lice, fish meal, trout farm, fish nutrition, polyphosphate accumulating organism, ecosystem-based management, farmed tilapia, aquaculture products, oil spill accidents, fish meal replacement, aquafeeds, aquaculture effluent, fishmeal replacement, coastal zone management, algal bloom, aquaculture sites, spill accidents, polyphosphate accumulating organisms, harmful cyanobacteria, marine park, plastic ingestion, a. catenella, harmful algae bloom, cage aquaculture, fish farms, marine eutrophication, oil spill cleanup, oil spill model, microplastic pollution, marine management, coastal aquaculture, phytoplankton blooms, fish feed, macroalgal bloom, mangrove restoration, aquaculture management, shrimp pond, phosphate-accumulating organism, marine strategy framework directive (msfd), aquaculture areas, pond aquaculture, integrated multi-trophic aquaculture (imta), spill model, spill cleanup, coastal restoration, fish feeds, seawater acidification, phytoplankton bloom, corexit, cultured shrimp, good environmental status, total phosphorus removal, karenia, deepwater horizon (dwh), plastic litter, plankton blooms, oil spills, marine spatial planning (msp), harmful bloom, farmed rainbow trout, oil slick, us aquaculture, phosphate-accumulating organisms, coastal planning, msfd, spilled oil, cultured fish, marine sanctuary, phosphorus removal performance, spring bloom, specific growth rate (sgr), polyphosphate-accumulating organism, maritime spatial planning, plankton bloom, coastal pollution, finfish aquaculture |