Sustainable Aquaculture
| Resource | Category | Topic | Type |
|---|---|---|---|
| Oyster Farm Gear Can Enhance Seaweed Biodiversity in Great Bay Estuary Oyster farm gear in Great Bay Estuary boosts seaweed biodiversity and biomass, surpassing natural habitats like mudflats, but non-native seaweeds domi...
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Biological Sciences, New Hampshire Agricultural Experiment Station | Ecosystem Services, Sustainable Aquaculture | Resource |
| Tracking Vibrio parahaemolyticus in Northeast Oysters Vibrio parahaemolyticus in Great Bay Estuary oysters has declined since 2017. Localized monitoring reveals no invasive Pacific strains, emphasizing st...
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Biological Sciences, New Hampshire Agricultural Experiment Station | Climate Science, Ecosystem Services, Genetics and Genomics, Sustainable Aquaculture | Resource |
| The Human Dimensions of Aquaculture Research highlights gender inequities in New England's aquaculture sector. Women oyster farmers face barriers but lead in production and marketin...
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Biological Sciences, New Hampshire Agricultural Experiment Station | Sustainable Aquaculture | Resource |
| Pathogen Presence in Great Bay Estuary: Implications for Oyster Restoration High levels of MSX and Dermo pathogens in Great Bay Estuary waters threaten oyster restoration efforts. Resistant strains and continuous monitoring ar...
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Biological Sciences, New Hampshire Agricultural Experiment Station | Sustainable Aquaculture | Resource |
| First Documentation of Mating Blue Crabs in Great Bay Estuary First mated blue crabs documented in Great Bay Estuary, NH, highlight habitat expansion. Continued monitoring is vital to manage potential ecological ...
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Biological Sciences, New Hampshire Agricultural Experiment Station | Sustainable Aquaculture | Resource |
| Assessing Microplastic Pollution in New England's Estuaries Microplastics are present in over 98% of New England estuary samples, with Hampton-Seabrook Estuary showing the highest concentrations. Seasonal peaks...
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Biological Sciences, New Hampshire Agricultural Experiment Station | Sustainable Aquaculture | Resource |
| Lumpfish as a Biocontrol for Sea Lice Parasites in Steelhead Trout Farms Lumpfish reduced sea lice infestations by 37% in steelhead trout farms. Kelp hides enhanced effectiveness, supporting sustainable aquaculture and pest...
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Biological Sciences, New Hampshire Agricultural Experiment Station | Ecosystem Services, Sustainable Aquaculture | Resource |
| Climate Change Shifts Lumpfish Distribution in the Gulf of Maine Climate change is shifting lumpfish distribution northeast in the Gulf of Maine, impacting aquaculture and fisheries. Study reveals warming's rol...
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Biological Sciences, New Hampshire Agricultural Experiment Station | Climate Science, Sustainable Aquaculture | Resource |
| Farming and Restoration in Great Bay Estuary Dr. Bonnie Brown and her colleagues study the many factors impacting the health and growth of eastern oysters (Crassostrea virginica) in New Hampshire...
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Biological Sciences | Sustainable Aquaculture | Resource |
| The Importance of Cultivated Eastern Oysters in Great Bay Dr. Ray Grizzle and his colleagues at the University of New Hampshire study the many ecological services offered by eastern oysters and how they can s...
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Biological Sciences | Sustainable Aquaculture | Resource |
