Top Tweets for #HydroFish

almost 5 years ago

Well done to everyone involved in getting The Hydrofish and EnVal article published in AquaFeed International. 👏 #Hydrofish #Aquaculture #Marine #Bioresouces #Seafood @Int_Aquafeed @ElizabethRyder7 https://t.co/CzM5LuTGd5

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over 5 years ago

HYDROfish project. Fish moved from the Marine Institute Hatchery in Newport, Co Mayo to the Sea Site at Lehanagh Pool marine research site in Connemara, Galway. ☀️🐟 #Marine #Aquaculture #Hydrofish #fish #research #experiment #sea #freshwater

MarineInst's tweet photo. HYDROfish project. Fish moved from the Marine Institute Hatchery in Newport, Co Mayo to the Sea Site at Lehanagh Pool marine research site in Connemara, Galway. ☀️🐟 #Marine #Aquaculture #Hydrofish #fish #research #experiment #sea #freshwater https://t.co/mYNU9kSez3

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over 5 years ago

HYDROfish project. Fish moved from the Marine Institute Hatchery in Newport, Co Mayo to the Sea Site at Lehanagh Pool marine research site in Connemara, Galway. ☀️🐟 #Marine #Aquaculture #Hydrofish #fish #research #experiment #sea #freshwater

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over 5 years ago

The #Burrishoole Research Day kicks off with @ElizabethRyder7 talking about the #Hydrofish project, exploring sustainable solutions for the #aquaculture industry

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over 5 years ago

Liz Ryder, Marine Institute - #WomenInScience @ElizabethRyder7 Liz is based at the #Newport Research Facility in Co. Mayo. She is a STO for the HYDRO-Fish project in #Aquaculture. Read Liz’s profile at – https://t.co/0oa09nvBtK #Marine #Salmon #fish #Rearing #STO #HydroFish

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over 5 years ago

Liz Ryder, Marine Institute - #WomenInScience Read Liz’s profile at – https://t.co/0oa09nvBtK #Marine #Aquaculture #Salmon #fish #Rearing #Research #STO #Environment #ClimateChange #HydroFish

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over 5 years ago

Our 8th #WomenInScience profile is Liz Ryder @ElizabethRyder7 Liz is based at the Newport Research Facility in Co. Mayo. She is a STO for the HYDRO-Fish project in #Aquaculture. #Marine #Salmon #fish #Rearing #Research #STO #HydroFish https://t.co/0oa09nvBtK

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almost 6 years ago

Most fish were not externally injured. The most prevalent severe external injury was a contusion. Are fish being squeezed between the housing and the screw? BDS sensor data indeed indicated severe impact events occur but barotrauma is no issue. #HydroFish (9/10)

InePauwels1's tweet photo. Most fish were not externally injured. The most prevalent severe external injury was a contusion. Are fish being squeezed between the housing and the screw? BDS sensor data indeed indicated severe impact events occur but barotrauma is no issue. #HydroFish (9/10) https://t.co/1uqXsKzAlX

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almost 6 years ago

The Archimedes screw studied is unique due to its large dimension. The screw rotates in a fixed, half-open housing. The rotors are designed to rotate at 33, 40, or 48 Hz, designated as the operational scenarios of low, medium, and high rotational speeds. #HydroFish (3/10)

InePauwels1's tweet photo. The Archimedes screw studied is unique due to its large dimension. The screw rotates in a fixed, half-open housing. The rotors are designed to rotate at 33, 40, or 48 Hz, designated as the operational scenarios of low, medium, and high rotational speeds. #HydroFish (3/10) https://t.co/N88elM6Gd1

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almost 6 years ago

The studied screw type is part of an Hydropower Plant (HPP; 2,1 MW) in a by-pass channel of the ship locks at the large Albert (shipping) canal in the city of Ham (Lat 51.097410, Long 5.105585). Fish can freely enter the by-pass channel and the screw turbines. #HydroFish (2/10)

InePauwels1's tweet photo. The studied screw type is part of an Hydropower Plant (HPP; 2,1 MW) in a by-pass channel of the ship locks at the large Albert (shipping) canal in the city of Ham (Lat 51.097410, Long 5.105585). Fish can freely enter the by-pass channel and the screw turbines. #HydroFish (2/10) https://t.co/0d5AAKrT9u

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