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Society
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Society
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Society
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Society
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Tidal and Storm Surge Forecast Service Forecast Location Points for Periods 4-9HIGH VALUEOffice of Public WorksSociety
Abstract: This dataset provides the co-ordinate points of the forecast location points for Periods 4 - 9 of the Tidal and Storm Surge Forecasting Service for the Coast of Ireland. The coordinates are provided in the Irish Transverse Mercator (ITM) coordinate reference system. The
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Society
Abstract: This data indicates the maximum estimated depth of river flooding (fluvial flooding) in meters (m) at a given location, for a flood event of a particular probability. The flood depths are calculated by subtracting the ground levels from the predicted water level. The fl
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Society
Abstract: This data indicates the maximum estimated depth of river flooding (fluvial flooding) in meters (m) at a given location, for a flood event of a particular probability. The flood depths are calculated by subtracting the ground levels from the predicted water level. The fl
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Society
Abstract: This data indicates the maximum estimated depth of river flooding (fluvial flooding) in meters (m) at a given location, for a flood event of a particular probability. The flood depths are calculated by subtracting the ground levels from the predicted water level. The fl
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Abstract: This data shows daily rainfall totals for the full period of record at rain gauge monitoring stations in the Office of Public Works hydrometric network.
Purpose: To support Flood Forecasting and Warning Systems & Flood Risk Management objectives through the collec
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Abstract: This data shows the rainfall readings for the full period of record at rain gauge monitoring stations in the Office of Public Works hydrometric network.
Purpose: To support Flood Forecasting and Warning Systems & Flood Risk Management objectives through the collec
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Abstract: This data shows the daily mean temerature readings for water monitoring stations in the Office of Public Works hydrometric network. Daily mean water temperatures are the mean values of temperaturel as calculated for each day.
Purpose: To support Flood Risk Management &a
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National Indicative Fluvial Mapping (NIFM) River Flood Extents - Mid-Range Future ScenarioSociety
Abstract: This data shows the modelled extent of land that might be flooded by rivers (fluvial flooding) during a theoretical or ‘design’ flood event with an estimated probability of occurrence, rather than information for actual floods that have occurred in the past.
Flood even
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National Indicative Fluvial Mapping (NIFM) River Flood Extents - High-End Future ScenarioSociety
Abstract:This data shows the modelled extent of land that might be flooded by rivers (fluvial flooding) during a theoretical or ‘design’ flood event with an estimated probability of occurrence, rather than information for actual floods that have occurred in the past.
Flood event
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National Indicative Fluvial Mapping (NIFM) River Flood Extents - Current ScenarioSociety
Abstract: This data shows the modelled extent of land that might be flooded by rivers (fluvial flooding) during a theoretical or ‘design’ flood event with an estimated probability of occurrence, rather than information for actual floods that have occurred in the past.
Flood even
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Environment
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Environment
Abstract: This data shows the metrics derived for the Flood Studies Update (FSU) Programme relating to the ungauged catchment outlines. This includes different land uses, soil types, and average annual rainfalls for each ungauged catchment but also metrics regarding the Blueline
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Flood Studies Update (FSU) Physical Catchment Descriptors (Gauged) 2025HIGH VALUEOffice of Public WorksEnvironment
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Abstract: This data shows the nodes used in the Flood Studies Update (FSU) Programme. Under the FSU research, 134,000 nodes, representing ungauged locations were placed at 500m centres along the 42,000 km of the Blueline River Network.
Purpose: The data has been developed to info
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Abstract: This data shows the catchment outlines relating to the 134,000 nodes, representing ungauged locations, used in the Flood Studies Update (FSU) Programme. Using the OSi Digital Elevation Model, catchment outlines were derived for each of these nodes.
Purpose: The data has
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Environment