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Tide Gauge Deployment - TGN_15 - Castletownbere Tide Gauge from December 2006 - PresentEnvironment
Deployment of a tide gauge at a site in Castletownbere (51° 38.9838' N, -10° 5.78772' W) on 05/12/2006. The purpose of this activity is as part of the Irish National Tide Gauge Network which provides real-time data and freely available tidal predictions to operational activities
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Tide Gauge Deployment - TGN_14 - Ballycotton Harbour Tide Gauge from August 2010 - PresentEnvironment
Deployment of a tide gauge at a site in Ballycotton Harbour (51° 49.688' N, -9° 59.9519' W) on 13/08/2010. The purpose of this activity is as part of the Irish National Tide Gauge Network which provides real-time data and freely available tidal predictions to operational activiti
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Deployment of a tide gauge at a site in Wexford (52° 20.31' N, -7° 32.466' W) on 13/04/2007. The purpose of this activity is as part of the Irish National Tide Gauge Network which provides real-time data and freely available tidal predictions to operational activities (flood fore
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Tide Gauge Deployment - TGN_22 - Dublin Port Tide Gauge from February 2007 - PresentEnvironment
Deployment of a tide gauge at a site in Dublin Port (53° 20.7444' N, -7° 47.0016' W) on 13/02/2007. The purpose of this activity is as part of the Irish National Tide Gauge Network which provides real-time data and freely available tidal predictions to operational activities (flo
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Environment
Deployment of a tide gauge at a site in Howth (53° 23.5312' N, -7° 55.9194' W) on 25/10/2006. The purpose of this activity is as part of the Irish National Tide Gauge Network which provides real-time data and freely available tidal predictions to operational activities (flood for
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Environment
Deployment of a tide gauge at a site in Malin Head (55° 22.2888' N, -8° 39.9377' W) on 12/03/2008. The purpose of this activity is as part of the Irish National Tide Gauge Network which provides real-time data and freely available tidal predictions to operational activities (floo
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Environment
Deployment of a tide gauge at a site in Aranmore (54° 59.3844' N, -9° 30.2578' W) on 21/05/2008. The purpose of this activity is as part of the Irish National Tide Gauge Network which provides real-time data and freely available tidal predictions to operational activities (flood
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Environment
Deployment of a tide gauge at a site in Killybegs (54° 38.1852' N, -9° 33.6242' W) on 28/03/2007. The purpose of this activity is as part of the Irish National Tide Gauge Network which provides real-time data and freely available tidal predictions to operational activities (flood
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Environment
Deployment of a tide gauge at a site in Ballyglass (54° 15.2016' N, -10° 6.51366' W) on 30/04/2008. The purpose of this activity is as part of the Irish National Tide Gauge Network which provides real-time data and freely available tidal predictions to operational activities (flo
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Environment
Deployment of a tide gauge at a site in Inishmore (53° 7.0686' N, -10° 20.0024' W) on 05/04/2007. The purpose of this activity is as part of the Irish National Tide Gauge Network which provides real-time data and freely available tidal predictions to operational activities (flood
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Deployment of the wave buoy at site Clew Bay (53° 48.082' N, -10° 5.31798' W) from the Fish Farm Vessel on 29/10/2021. Recovered on 30/11/2022. The purpose of this activity is deployment of a wave buoy for ocean energy data collection.
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Environment
Deployment of a sub-surface mooring at South Rockall (52° 59.956' N, -16° 28.84' W) from the RV Celtic Explorer survey CE20001 on 26/04/2020. Recovered on 02/06/2021 by the RV Celtic Explorer survey CE21014. Upon recovery, it was apparent that the top float with a Teledyne ADCP a
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Irish Marine Data Buoy Observation Network (IMDBON) - Deployment of weather buoy at M5 (Celtic Se...Environment
Deployment of the weather buoy at site M5 (51° 41.394' N, -7° 17.858' W) from the RV Celtlic Explorer survey CE21020 on 07/09/2021. Recovered on 27/01/2023 by the Ocean Bank. The purpose of this activity is the redeployment of the weather buoy at site M5 for long-term environment
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Deployment of the wave buoy at site Bantry Bay (51° 42.62' N, -10° 30.61' W) from the Bantry Bay Mussel Company on 15/06/2021. Recovered on 19/09/2022. The purpose of this activity is deployment of a wave buoy for ocean energy data collection.
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Deployment of the wave buoy at site Brandon Bay (52° 16.9398' N, -11° 54.31' W) from the Ocean Supporter on 10/08/2021. Recovered on 04/03/2022. The purpose of this activity is deployment of a wave buoy for ocean energy data collection.
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Deployment of the wave buoy at site Brandon Bay (52° 16.94' N, -11° 54.31' W) from the Ocean Supporter on 01/12/2020. Recovered on 15/03/2021. Mooring failed on 15/03/2021, Washed up on beach no damage to buoy. The purpose of this activity is deployment of a wave buoy for ocean e
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Irish Marine Data Buoy Observation Network (IMDBON) - Deployment of weather buoy at M2 (Irish Sea...Environment
Deployment of the weather buoy at site M2 (53° 28.02' N, -6° 34.998' W) from the ILV Granuaile on 14/03/2024. Recovered on 22/02/2025 by the Granuaile. The purpose of this activity is the redeployment of the weather buoy at site M2 for long-term environmental monitoring.
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Irish Marine Data Buoy Observation Network (IMDBON) - Deployment of weather buoy at M5 (Celtic Se...Environment
Deployment of the weather buoy at site M5 (51° 41.394' N, -7° 17.858' W) from the Granuaile on 22/01/2020. Recovered on 07/09/2021 by the RV Celtic Explorer survey CE21020. The purpose of this activity is the redeployment of the weather buoy at site M5 for long-term environmental
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Environment
Deployment of a sub-surface mooring at South Rockall (52° 59.956' N, -16° 28.84' W) from the RV Celtic Explorer survey CE18015 on 02/10/2018. Recovered on 28/05/2019 by the RV Celtic Explorer survey CE19009. The purpose of this activity is to collect data to help understand the v
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The ROMS (Regional Ocean Modeling System) hydrodynamic model is run for a domain that covers the Irish waters in the northeast Atlantic. The model has a mean horizontal resolution of 1.9 km and 40 terrain-following vertical layers. The system produces a best estimate of the ocean