11 Results

CFRAM River Flood Extents - High-End Future Scenario

HIGH VALUE

Office of Public Works

Society

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. The extents

CFRAM Coastal Flood Extents - High-End Future Scenario

HIGH VALUE

Office of Public Works

Society

Abstract: This data shows the modelled extent of land that might be flooded by the sea (coastal 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. The extent

CFRAM River Flood Extents - Mid-Range Future Scenario

HIGH VALUE

Office of Public Works

Society

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. The extents

CFRAM River Flood Extents - Current Scenario

HIGH VALUE

Office of Public Works

Society

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. The extents

CFRAM Areas for Further Assessment (AFA) Boundaries

HIGH VALUE

Office of Public Works

Society

Abstract: This data shows the outer bounds of the Areas for Further Assessment (AFAs) where, based on the Preliminary Flood Risk Assessment (OPW, 2012), the risks associated with flooding are potentially significant, and where further, more detailed assessment has been undertaken

NIFM River Flood Depth - High-End Future Scenario

HIGH VALUE

Office of Public Works

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

NIFM River Flood Depth - Mid-Range Future Scenario

HIGH VALUE

Office of Public Works

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

NIFM River Flood Depth - Current Scenario

HIGH VALUE

Office of Public Works

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

National Indicative Fluvial Mapping (NIFM) River Flood Extents - Mid-Range Future Scenario

Office of Public Works

Society

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

National Indicative Fluvial Mapping (NIFM) River Flood Extents - High-End Future Scenario

Office of Public Works

Society

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

National Indicative Fluvial Mapping (NIFM) River Flood Extents - Current Scenario

Office of Public Works

Society

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