WFSThis is the reference implementation of WFS 1.0.0 and WFS 1.1.0, supports all WFS operations including Transaction.WFS, WMS, GEOSERVERhttps://www.floodinfo.ie/geoserver/wfsNONENONEopw:coastal_capo_icwwsphase3_and_cwwsThese datasets show the detailed shoreline combined wave climate and water level conditions for the Coastal Areas Potentially Vulnerable to Wave Overtopping (CAPOs) that were included in Phase 3 of the Irish Coastal Wave and Water Level Modelling Study (ICWWS 2018) and from further Coastal Wave and Water Level Modelling Studies (CWWS) undertaken to inform the development of flood relief schemes. These studies provide an improvement and update to the wave climate and water level combinations of known Annual Exceedance Probability (AEP) presented as output from Phase 2 of the ICWWS 2018. Detailed joint probability water level and wave climate condition tables have been produced for each CAPO for the present day scenario, Mid-Range Future Scenario (MRFS), High End Future Scenario (HEFS), High + End Future Scenario (H+EFS) and High++ End Future Scenario (H++EFS) which represent a 0.5m, 1.0m, 1.5m and 2.0m increase in sea level respectively. For each AEP from 50% to 0.1%, six combinations of wave climate and water level conditions were produced representing the complete joint probability range. The outputs of these studies are considered suitable to inform the detailed evaluation of the risk associated with wave overtopping, any resulting coastal flooding (both now and in the future) and the detailed design of measures to mitigate and manage any such identified coastal flood risk.features, coastal_capo_icwwsphase3_and_cwwsEPSG:29902opw:coastal_coastalwaveandwaterlevelmodellingstudy_galway_cityThis dataset shows the Detailed Shoreline Combined Wave Climate and Water Level Conditions for the Galway Coastal Area Potentially Vulnerable to Wave Overtopping (CAPOs). Joint probability water level and wave climate condition tables have been produced for the present day scenario, Mid-Range Future Scenario (MRFS), High End Future Scenario (HEFS), High + End Future Scenario (H+EFS) and High++ End Future Scenario (H++EFS) which represent a 0.5m, 1.0m, 1.5m and 2.0m increase in sea level respectively. For each AEP from 50% to 0.1%, six combinations of wave climate and water level conditions were produced representing the complete joint probability range. The outputs of these studies are considered suitable to inform the detailed evaluation of the risk associated with wave overtopping, any resulting coastal flooding (both now and in the future) and the detailed design of measures to mitigate and manage any such identified coastal flood risk. The Galway City Coastal Wave and Water Level Modelling Study (CWWS) 2020 provides an improvement and update to the wave climate and water level combinations of known Annual Exceedance Probability (AEP) presented as output from Phase 2 of the Irish Coastal Wave and Water Level Modelling Study (ICWWS) 2018 for the Galway Coastal Area Potentially Vulnerable to Wave Overtopping (CAPO). The outputs from this study may inform the evaluation of the risk associated with wave overtopping, any resulting coastal flooding (both now and in the future) and the detailed design of measures to mitigate and manage any such identified coastal flood risk.features, coastal_coastalwaveandwaterlevelmodellingstudy_galway_cityEPSG:29902national_cfram_datasets:icpss_flood_zone_hefs_exportThe flood zones are determined on the basis of coastal flooding only and do not include other forms of flooding. These flood zones were developed for the High End Future climate scenario. The presence of flood protection structures should be ignored in determining flood zones to allow for the fact that there is a residual risk of flooding behind the defences due to overtopping/breach and that there may be no guarantee that the defences will be maintained in perpetuity. Flood Zone A – where the probability of flooding from rivers and the sea is highest (greater than 1% or 1 in 100 for river flooding or 0.5% or 1 in 200 for coastal flooding). Flood Zone B – where the probability of flooding from rivers and the sea is moderate (between 0.1% or 1 in 1000 and 1% or 1 in 100 for river flooding and between 0.1% or 1 in 1000 year and 0.5% or 1 in 200 for coastal flooding). This data set was developed from the Irish Coastal Protection Strategy Study (ICPSS).features, icpss_flood_zone_hefs_exportEPSG:29903national_cfram_datasets:icpss_flood_zone_mrfs_exportThe flood zones are determined on the basis of coastal flooding only and do not include other forms of flooding. These flood zones were developed for the Mid Range Future climate scenario. The presence of flood protection structures should be ignored in determining flood zones to allow for the fact that there is a residual risk of flooding behind the defences due to overtopping/breach and that there may be no guarantee that the defences will be maintained in perpetuity. Flood Zone A – where the probability of flooding from rivers and the sea is highest (greater than 1% or 1 in 100 for river flooding or 0.5% or 1 in 200 for coastal flooding). Flood Zone B – where the probability of flooding from rivers and the sea is moderate (between 0.1% or 1 in 1000 and 1% or 1 in 100 for river flooding and between 0.1% or 1 in 1000 year and 0.5% or 1 in 200 for coastal flooding). This data set was developed from the Irish Coastal Protection Strategy Study (ICPSS).features, flood_zone_mrfs_exportEPSG:29903opw:drainage_opwarterialdrainagechannelfeatures, drainage_opwarterialdrainagechannelEPSG:29903opw:coastal_icwwsphase2capoextentsThis dataset shows the shoreline combined wave climate and water level conditions for the Coastal Areas Potentially Vulnerable to Wave Overtopping (CAPOs) that were included in Phase 2 of the Irish Coastal Wave and Water Level Modelling Study (ICWWS 2018). Joint probability water level and wave climate condition tables have been produced for each Phase 2 CAPO for the present day scenario, Mid-Range Future Scenario (MRFS), High End Future Scenario (HEFS), High+ End Future Scenario (H+EFS) and High++ End Future Scenario (H++EFS) which represent a 0.5m, 1.0m, 1.5m and 2.0m increase in sea level respectively. For each AEP from 50% to 0.1%, six combinations of wave climate and water level conditions were produced, representing the complete joint probability range. The outputs of this study are considered suitable to inform the assessment of flood risk at a community level. The outputs of this study are NOT considered suitable to inform to inform the assessment of flood risk to individual sites or properties, the detailed assessment of flood risk to existing coastal infrastructure, the detailed evaluation of the risk associated with wave overtopping, any resulting coastal flooding (both now and in the future) or for the detailed design of measures to mitigate and manage any such identified coastal flood risk.features, coastal_icwwsphase2capoextentsEPSG:29902esds_floodmaps:all_flood_nodesfeatures, all_flood_nodesEPSG:29903esds_floodmaps:all_river_centrelinesPublished National River Centrelinesfeatures, all_river_centrelinesEPSG:29903opw:arterial_drainage_channelsfeatures, arterial_drainage_channelsEPSG:29903opw:arterial_drainage_embankmentsfeatures, arterial_drainage_embankmentsEPSG:29903benefitting-areas:benefitting_areas_benefitingarea_viewInsurance Ireland and the Office of Public Works (OPW) have a common interest and objective in ensuring that appropriate and relevant information on OPW completed flood defence schemes is provided to insurers to facilitate, to the greatest extent possible, the availability to the public of insurance against the risk of flooding. In 2014, the OPW agreed a Memorandum of Understanding (MOU) with Insurance Ireland, the representative body for insurance companies in Ireland. The MOU has a specific focus on agreeing the basis on which information can be provided to the insurance industry on areas benefitting from flood relief schemes completed by the OPW. Under the terms of the MOU, Insurance Ireland requires the OPW to provide it with data on OPW completed flood defence schemes which shows the design, extent and nature of the protections offered by these works. The OPW requires that insurers, who are party to the agreement, take full account of the information provided by the OPW when assessing exposure to flood risk for private dwellings and small businesses.features, benefitting_areas_benefitingarea_viewEPSG:2157benefitting-areas:benefitting_areas_frsbenefittingareafeatures, benefitting_areas_frsbenefittingareaEPSG:2157opw:cdadb_consultation_general_feedbackfeatures, cdadb_consultation_general_feedbackEPSG:2157opw:cdadb_consultation_line_assets_viewfeatures, cdadb_consultation_line_assets_viewEPSG:2157opw:cdadb_consultation_line_assets_with_feedback_viewfeatures, cdadb_consultation_line_assets_with_feedback_viewEPSG:2157opw:cdadb_consultation_point_assets_viewcdadb_consultation_point_assets_view, featuresEPSG:2157opw:cdadb_consultation_point_assets_with_feedback_viewfeatures, cdadb_consultation_point_assets_with_feedback_viewEPSG:2157cmsp:cmsp_aerial_programme_2020features, cmsp_aerial_programme_2020EPSG:2157cmsp:cmsp_aerial_programme_2021features, cmsp_aerial_programme_2021EPSG:2157cmsp:cmsp_aerial_programme_2022features, cmsp_aerial_programme_2022EPSG:2157cmsp:cmsp_aerial_programme_2023features, cmsp_aerial_programme_2023EPSG:2157cmsp:cmsp_aerial_programme_2024features, cmsp_aerial_programme_2024EPSG:2157cmsp:cmsp_aerial_programme_2025features, cmsp_aerial_programme_2025EPSG:2157cmsp:cmsp_aerial_programme_2026features, cmsp_aerial_programme_2026EPSG:2157cmsp:cmsp_bathy_programme_2020features, cmsp_bathy_programme_2020EPSG:2157cmsp:cmsp_bathy_programme_2021features, cmsp_bathy_programme_2021EPSG:2157cmsp:cmsp_bathy_programme_2022features, cmsp_bathy_programme_2022EPSG:2157cmsp:cmsp_bathy_programme_2024features, cmsp_bathy_programme_2024EPSG:2157cmsp:cmsp_lidar_programme_2021features, cmsp_lidar_programme_2021EPSG:2157cmsp:cmsp_lidar_programme_2022features, cmsp_lidar_programme_2022EPSG:2157cmsp:cmsp_lidar_programme_2023features, cmsp_lidar_programme_2023EPSG:2157cmsp:cmsp_lidar_programme_2024features, cmsp_lidar_programme_2024EPSG:2157cmsp:cmsp_lidar_programme_2025features, cmsp_lidar_programme_2025EPSG:2157cmsp:cmsp_lidar_programme_2026features, cmsp_lidar_programme_2026EPSG:2157cmsp:cmsp_topographic_beach_profile_programme_2021features, cmsp_topographic_beach_profile_programme_2021EPSG:2157cmsp:cmsp_topographic_programme_2020features, cmsp_topographic_programme_2020EPSG:2157cmsp:cmsp_topographic_programme_2021features, cmsp_topographic_programme_2021EPSG:2157cmsp:cmsp_topographic_programme_2022features, cmsp_topographic_programme_2022EPSG:2157cmsp:cmsp_topographic_programme_2024features, cmsp_topographic_programme_2024EPSG:2157opw:coastal_app_helicopterphotolocationfeatures, coastal_app_helicopterphotolocationEPSG:29903cmsp:coastal_coastalmonitoringareassummaryfeatures, coastal_coastalmonitoringareassummaryEPSG:2157opw:coastal_coastalwaveandwaterlevelmodellingstudy_wexford_burrowsThis dataset shows the Detailed Shoreline Combined Wave Climate and Water Level Conditions for the Wexford and Burrow Coastal Areas Potentially Vulnerable to Wave Overtopping (CAPOs). Joint probability water level and wave climate condition tables have been produced for the present day scenario, Mid-Range Future Scenario (MRFS), High End Future Scenario (HEFS), High + End Future Scenario (H+EFS) and High++ End Future Scenario (H++EFS) which represent a 0.5m, 1.0m, 1.5m and 2.0m increase in sea level respectively. For each AEP from 50% to 0.1%, six combinations of wave climate and water level conditions were produced representing the complete joint probability range.features, coastal_coastalwaveandwaterlevelmodellingstudy_wexford_burrowsEPSG:29902opw:coastal_helicopterphotolocationfeatures, coastal_helicopterphotolocationEPSG:29903opw:coastal_icwwsextremewaterlevelestimationpointThis dataset provides an estimate of extreme water levels around the coast of Ireland for a range of Annual Exceedance Probabilities (AEPs). Extreme water level estimates are provided for present day sea levels as well as the Mid-Range Future Scenario (MRFS), High End Future Scenario (HEFS), High+ End Future Scenario (H+EFS) and High++ End Future Scenario (H++EFS) which represent a 0.5m, 1.0m, 1.5m and 2.0m increase in sea level, respectively. This data is an update of the extreme water level estimation undertaken as part of the Irish Coastal Protection Strategy Study (ICPSS) between 2004 and 2013.features, coastal_icwwsextremewaterlevelestimationpointEPSG:2157opw:coastal_icwwsphase3capoextentsThis dataset shows the Detailed Shoreline Combined Wave Climate and Water Level Conditions for the Coastal Areas Potentially Vulnerable to Wave Overtopping (CAPOs) that were included in Phase 3 of the Irish Coastal Wave and Water Level Modelling Study (ICWWS 2018). Joint probability water level and wave climate condition tables have been produced for each Phase 3 CAPO for the present day scenario, Mid-Range Future Scenario (MRFS), High End Future Scenario (HEFS), High + End Future Scenario (H+EFS) and High++ End Future Scenario (H++EFS) which represent a 0.5m, 1.0m, 1.5m and 2.0m increase in sea level respectively. For each AEP from 50% to 0.1%, six combinations of wave climate and water level conditions were produced representing the complete joint probability range.coastal_icwwsphase3capoextents, featuresEPSG:2157cmsp:coastal_opwbathymetrydatafeatures, coastal_opwbathymetrydataEPSG:2157cmsp:coastal_opwtopographicdatafeatures, coastal_opwtopographicdataEPSG:2157ncfhm:dep_c_c_0010NCFHM Current Scenario Flood Depth for 10:1 probabilityfeatures, dep_c_c_0010EPSG:2157ncfhm:dep_c_c_0200NCFHM Current Scenario Flood Depth for 200:1 probabilityfeatures, dep_c_c_0200EPSG:2157ncfhm:dep_c_c_1000NCFHM Current Scenario Flood Depth for 1000:1 probabilityfeatures, dep_c_c_1000EPSG:2157ncfhm:dep_c_h_0010NCFHM HEFS Flood Depth for 10:1 probabilityfeatures, dep_c_h_0010EPSG:2157ncfhm:dep_c_h_0200NCFHM HEFS Flood Depth for 200:1 probabilityfeatures, dep_c_h_0200EPSG:2157ncfhm:dep_c_h_1000NCFHM HEFS Flood Depth for 1000:1 probabilityfeatures, dep_c_h_1000EPSG:2157ncfhm:dep_c_hplus_0010NCFHM H+EFS Flood Depth for 10:1 probabilityfeatures, dep_c_hplus_0010EPSG:2157ncfhm:dep_c_hplus_0200NCFHM H+EFS Flood Depth for 200:1 probabilityfeatures, dep_c_hplus_0200EPSG:2157ncfhm:dep_c_hplus_1000NCFHM H+EFS Flood Depth for 1000:1 probabilityfeatures, dep_c_hplus_1000EPSG:2157ncfhm:dep_c_hplusplus_0010NCFHM H++EFS Flood Depth for 10:1 probabilityfeatures, dep_c_hplusplus_0010EPSG:2157ncfhm:dep_c_hplusplus_0200NCFHM H++EFS Flood Depth for 200:1 probabilityfeatures, dep_c_hplusplus_0200EPSG:2157ncfhm:dep_c_hplusplus_1000NCFHM H+EFS Flood Depth for 1000:1 probabilityfeatures, dep_c_hplusplus_1000EPSG:2157ncfhm:dep_c_m_0010NCFHM MRFS Flood Depth for 10:1 probabilityfeatures, dep_c_m_0010EPSG:2157ncfhm:dep_c_m_0200NCFHM MRFS Flood Depth for 200:1 probabilityfeatures, dep_c_m_0200EPSG:2157ncfhm:dep_c_m_1000NCFHM MRFS Flood Depth for 1000:1 probabilityfeatures, dep_c_m_1000EPSG:2157opw:drainage_district_benefitedlands_v2may16_viewfeatures, drainage_district_benefitedlands_v2may16_viewEPSG:29903opw:drainage_district_channelsfeatures, drainage_district_channelsEPSG:29903opw:drainage_district_channels_v2may16_viewfeatures, drainage_district_channels_v2may16_viewEPSG:29903opw:drainage_district_embankments_v2may16_viewfeatures, drainage_district_embankments_v2may16_viewEPSG:29903coastal-icpss:ex_c_c_001features, ex_c_c_001EPSG:29903coastal-icpss:ex_c_c_005ex_c_c_005, featuresEPSG:29903coastal-icpss:ex_c_h_001features, ex_c_h_001EPSG:29903coastal-icpss:ex_c_h_005features, ex_c_h_005EPSG:29903coastal-icpss:ex_c_m_001features, ex_c_m_001EPSG:29903coastal-icpss:ex_c_m_005features, ex_c_m_005EPSG:29903national_cfram_datasets:ex_w_cex_w_c, featuresEPSG:29903national_cfram_datasets:ex_w_c_001ex_w_c_001, featuresEPSG:29903national_cfram_datasets:ex_w_c_005ex_w_c_005, featuresEPSG:29903national_cfram_datasets:ex_w_c_100ex_w_c_100, featuresEPSG:29903national_cfram_datasets:ex_w_hfeatures, ex_w_hEPSG:29903national_cfram_datasets:ex_w_h_001features, ex_w_h_001EPSG:29903national_cfram_datasets:ex_w_h_005ex_w_h_005, featuresEPSG:29903national_cfram_datasets:ex_w_h_100features, ex_w_h_100EPSG:29903national_cfram_datasets:ex_w_mex_w_m, featuresEPSG:29903national_cfram_datasets:ex_w_m_001features, ex_w_m_001EPSG:29903national_cfram_datasets:ex_w_m_005ex_w_m_005, featuresEPSG:29903national_cfram_datasets:ex_w_m_100features, ex_w_m_100EPSG:29903ncfhm:ext_c_c_0010Available NCFHM Current Scenario Flood Extents for 10:1 probabilityfeatures, ext_c_c_0010EPSG:2157esds_floodmaps:ext_c_c_0010Published National Flood Extent for Coastal Sources, Current Scenario, High Probability. AEP 10% or 10 year Return Period.features, ext_c_c_0010EPSG:29903ncfhm:ext_c_c_0200Available NCFHM Current Scenario Flood Extents for 200:1 probabilityfeatures, ext_c_c_0200EPSG:2157esds_floodmaps:ext_c_c_0200Published National Flood Extent for Coastal Sources, Current Scenario, Medium Probability. AEP 0.5% or 200 year Return Period.features, ext_c_c_0200EPSG:29903ncfhm:ext_c_c_1000Available NCFHM Current Scenario Flood Extents for 1000:1 probabilityfeatures, ext_c_c_1000EPSG:2157esds_floodmaps:ext_c_c_1000Published National Flood Extent for Coastal Sources, Current Scenario, Low Probability. AEP 0.1% or 1000 year Return Period.features, ext_c_c_1000EPSG:29903ncfhm:ext_c_h_0010Available NCFHM HEFS Flood Extents for 10:1 probabilityfeatures, ext_c_h_0010EPSG:2157esds_floodmaps:ext_c_h_0010Published National Flood Extent for Coastal Sources, HEFS Scenario, High Probability. AEP 10% or 10 year Return Period.features, ext_c_h_0010EPSG:29903ncfhm:ext_c_h_0200Available NCFHM HEFS Flood Extents for 200:1 probabilityfeatures, ext_c_h_0200EPSG:2157esds_floodmaps:ext_c_h_0200Published National Flood Extent for Coastal Sources, HEFS Scenario, Medium Probability. AEP 0.5% or 200 year Return Period.features, ext_c_h_0200EPSG:29903ncfhm:ext_c_h_1000Available NCFHM HEFS Flood Extents for 1000:1 probabilityfeatures, ext_c_h_1000EPSG:2157esds_floodmaps:ext_c_h_1000Published National Flood Extent for Coastal Sources, HEFS Scenario, Low Probability. AEP 0.1% or 1000 year Return Period.features, ext_c_h_1000EPSG:29903ncfhm:ext_c_hplus_0010Available NCFHM H+EFS Flood Extents for 10:1 probabilityfeatures, ext_c_hplus_0010EPSG:2157ncfhm:ext_c_hplus_0200Available NCFHM H+EFS Flood Extents for 200:1 probabilityfeatures, ext_c_hplus_0200EPSG:2157ncfhm:ext_c_hplus_1000Available NCFHM H+EFS Flood Extents for 1000:1 probabilityfeatures, ext_c_hplus_1000EPSG:2157ncfhm:ext_c_hplusplus_0010Available NCFHM H++EFS Flood Extents for 10:1 probabilityfeatures, ext_c_hplusplus_0010EPSG:2157ncfhm:ext_c_hplusplus_0200Available NCFHM H++EFS Flood Extents for 200:1 probabilityfeatures, ext_c_hplusplus_0200EPSG:2157ncfhm:ext_c_hplusplus_1000Available NCFHM H++EFS Flood Extents for 1000:1 probabilityfeatures, ext_c_hplusplus_1000EPSG:2157ncfhm:ext_c_m_0010Available NCFHM MRFS Flood Extents for 10:1 probabilityfeatures, ext_c_m_0010EPSG:2157esds_floodmaps:ext_c_m_0010Published National Flood Extent for Coastal Sources, MRFS Scenario, High Probability. AEP 10% or 10 year Return Period.features, ext_c_m_0010EPSG:29903ncfhm:ext_c_m_0200Available NCFHM MRFS Flood Extents for 200:1 probabilityfeatures, ext_c_m_0200EPSG:2157esds_floodmaps:ext_c_m_0200Published National Flood Extent for Coastal Sources, MRFS Scenario, Medium Probability. AEP 0.5% or 200 year Return Period.features, ext_c_m_0200EPSG:29903ncfhm:ext_c_m_1000Available NCFHM MRFS Flood Extents for 1000:1 probabilityfeatures, ext_c_m_1000EPSG:2157esds_floodmaps:ext_c_m_1000Published National Flood Extent for Coastal Sources, MRFS Scenario, Low Probability. AEP 0.1% or 1000 year Return Period.features, ext_c_m_1000EPSG:29903esds_floodmaps:ext_f_c_0010Published National Flood Extent for Fluvial Sources, Current Scenario, High Probability. AEP 10% or 10 year Return Period.features, ext_f_c_0010EPSG:29903nifm:ext_f_c_0100National Indicative Fluvial Mapping (NIFM) Fluvial Flood Extent, Current Scenario, 100:1 Probabilityfeatures, ext_f_c_0100EPSG:2157esds_floodmaps:ext_f_c_0100Published National Flood Extent for Fluvial Sources, Current Scenario, Medium Probability. AEP 1% or 100 year Return Period.features, ext_f_c_0100EPSG:29903nifm:ext_f_c_1000National Indicative Fluvial Mapping (NIFM) Fluvial Flood Extent, Current Scenario, 1000:1 Probabilityfeatures, ext_f_c_1000EPSG:2157esds_floodmaps:ext_f_c_1000Published National Flood Extent for Fluvial Sources, Current Scenario, Low Probability. AEP 0.1% or 1000 year Return Period.features, ext_f_c_1000EPSG:29903esds_floodmaps:ext_f_h_0010Published National Flood Extent for Fluvial Sources, HEFS Scenario, High Probability. AEP 10% or 10 year Return Period.features, ext_f_h_0010EPSG:29903nifm:ext_f_h_0100National Indicative Fluvial Mapping (NIFM) Fluvial Flood Extent, High End Future Scenario (HEFS), 100:1 Probabilityfeatures, ext_f_h_0100EPSG:2157esds_floodmaps:ext_f_h_0100Published National Flood Extent for Fluvial Sources, HEFS Scenario, Medium Probability. AEP 1% or 100 year Return Period.features, ext_f_h_0100EPSG:29903nifm:ext_f_h_1000National Indicative Fluvial Mapping (NIFM) Fluvial Flood Extent, High End Future Scenario (HEFS), 1000:1 Probabilityfeatures, ext_f_h_1000EPSG:2157esds_floodmaps:ext_f_h_1000Published National Flood Extent for Fluvial Sources, HEFS Scenario, Low Probability. AEP 0.1% or 1000 year Return Period.features, ext_f_h_1000EPSG:29903esds_floodmaps:ext_f_m_0010Published National Flood Extent for Fluvial Sources, MRFS Scenario, High Probability. AEP 10% or 10 year Return Period.features, ext_f_m_0010EPSG:29903nifm:ext_f_m_0100National Indicative Fluvial Mapping (NIFM) Fluvial Flood Extent, Medium Range Future Scenario (MRFS), 100:1 Probabilityfeatures, ext_f_m_0100EPSG:2157esds_floodmaps:ext_f_m_0100Published National Flood Extent for Fluvial Sources, MRFS Scenario, Medium Probability. AEP 1% or 100 year Return Period.features, ext_f_m_0100EPSG:29903nifm:ext_f_m_1000National Indicative Fluvial Mapping (NIFM) Fluvial Flood Extent, Medium Range Future Scenario (MRFS), 1000:1 Probabilityfeatures, ext_f_m_1000EPSG:2157esds_floodmaps:ext_f_m_1000Published National Flood Extent for Fluvial Sources, MRFS Scenario, Low Probability. AEP 0.1% or 1000 year Return Period.features, ext_f_m_1000EPSG:29903esds_floodmaps:ext_p_c_0010Published National Flood Extent for Pluvial Sources, Current Scenario, High Probability. AEP 10% or 10 year Return Period.features, ext_p_c_0010EPSG:29903esds_floodmaps:ext_p_c_0100Published National Flood Extent for Pluvial Sources, Current Scenario, Medium Probability. AEP 1% or 100 year Return Period.features, ext_p_c_0100EPSG:29903esds_floodmaps:ext_p_c_1000Published National Flood Extent for Pluvial Sources, Current Scenario, Low Probability. AEP 0.1% or 1000 year Return Period.features, ext_p_c_1000EPSG:29903opw:fhm_floodsfeatures, fhm_floodsEPSG:29900opw:floodinfo_tile_index_pluvial_viewfeatures, floodinfo_tile_index_pluvial_viewEPSG:2157opw:floodinfo_tile_index_viewfeatures, floodinfo_tile_index_viewEPSG:2157geoset:floodmaps_coastalsurvey2021southtowestcoastfeatures, floodmaps_coastalsurvey2021southtowestcoastEPSG:2157geoset:floodmaps_coastalsurvey2021southtowestcoastsurveyextentfeatures, floodmaps_coastalsurvey2021southtowestcoastsurveyextentEPSG:2157opw:floodmaps_countyfeatures, floodmaps_countyEPSG:29903opw:floodmaps_managementareameasure_afa_viewfeatures, floodmaps_managementareameasure_afa_viewEPSG:29903opw:floodmaps_managementareameasure_catchment_viewfeatures, floodmaps_managementareameasure_catchment_viewEPSG:29903opw:floodmaps_mapreviewtileindexfeatures, floodmaps_mapreviewtileindexEPSG:2157geoset:floodmaps_nationalaerialsurveycontractfeatures, floodmaps_nationalaerialsurveycontractEPSG:2157geoset:floodmaps_nationalaerialsurveycontractsurveyextentfeatures, floodmaps_nationalaerialsurveycontractsurveyextentEPSG:2157geoset:floodmaps_pcmsp2020springaerialsurveyfeatures, floodmaps_pcmsp2020springaerialsurveyEPSG:2157geoset:floodmaps_pcmsp2021autumnlidarsurveyfeatures, floodmaps_pcmsp2021autumnlidarsurveyEPSG:2157geoset:floodmaps_pcmsp2021springaerialsurveyfeatures, floodmaps_pcmsp2021springaerialsurveyEPSG:2157geoset:floodmaps_pcmsp2022autumnlidarsurveyfeatures, floodmaps_pcmsp2022autumnlidarsurveyEPSG:2157geoset:floodmaps_pcmsp2022springaerialsurveyfeatures, floodmaps_pcmsp2022springaerialsurveyEPSG:2157geoset:floodmaps_pcmsp2023springaerialsurveyfeatures, floodmaps_pcmsp2023springaerialsurveyEPSG:2157geoset:floodmaps_pcmsp2024springaerialsurveyfeatures, floodmaps_pcmsp2024springaerialsurveyEPSG:2157opw:floodmaps_tileindex_under_review_viewfeatures, floodmaps_tileindex_under_review_viewEPSG:2157opw:gzt_current_planGeneralised Zoning Types developed for the Myplan.ie project. This data is owned by Department of Housing, Local Government and Heritage. You should contact opendata@housing.gov.ie for the most up to date data.features, gzt_current_planEPSG:2157past-coastal-erosion:hce_erosionevent_linefeatures, hce_erosionevent_lineEPSG:4326past-coastal-erosion:hce_report_linesfeatures, hce_report_linesEPSG:4326past-coastal-erosion:hce_report_pointsfeatures, hce_report_pointsEPSG:4326hydrology:hydrology_fsugaugedcatchmentdescriptorfeatures, hydrology_fsugaugedcatchmentdescriptorEPSG:29902hydrology:hydrology_fsunodepointungaugedfeatures, hydrology_fsunodepointungaugedEPSG:29902coastal-icpss:icpss_2050_erosion_lineicpss_2050_erosion_line, featuresEPSG:29903coastal-icpss:icpss_erosion_tile_indexfeatures, icpss_erosion_tile_indexEPSG:29903coastal-icpss:icpss_flood_tile_indexicpss_flood_tile_index, featuresEPSG:29903opw:land_commission_benefitedlands_v2may16_viewfeatures, land_commission_benefitedlands_v2may16_viewEPSG:29903opw:land_commission_embankments_v2may16_viewfeatures, land_commission_embankments_v2may16_viewEPSG:29903esds_floodmaps:nat_depth_2m_c_c_0010features, nat_depth_2m_c_c_0010EPSG:29903esds_floodmaps:nat_depth_2m_c_c_0200features, nat_depth_2m_c_c_0200EPSG:29903esds_floodmaps:nat_depth_2m_c_c_1000features, nat_depth_2m_c_c_1000EPSG:29903esds_floodmaps:nat_depth_2m_f_c_0010features, nat_depth_2m_f_c_0010EPSG:29903esds_floodmaps:nat_depth_2m_f_c_0100features, nat_depth_2m_f_c_0100EPSG:29903esds_floodmaps:nat_depth_2m_f_c_1000features, nat_depth_2m_f_c_1000EPSG:29903opw:opw_benefitedlands_v3jan16_viewfeatures, opw_benefitedlands_v3jan16_viewEPSG:29903opw:opw_embankments_v3jan16_viewfeatures, opw_embankments_v3jan16_viewEPSG:29903opw:past_flood_event_app_fhmfloods_photo_location_viewfeatures, past_flood_event_app_fhmfloods_photo_location_viewEPSG:29903opw:past_flood_event_app_fhmfloods_point_viewfeatures, past_flood_event_app_fhmfloods_point_viewEPSG:29903opw:past_flood_event_app_fhmfloods_polygon_viewfeatures, past_flood_event_app_fhmfloods_polygon_viewEPSG:29903absabs_2abs_3abs_4acosAddCoveragesAffineAggregateAreaarea2AreaGridasinatanatan2attributeCountBandMergeBandSelectBarnesSurfacebetweenboundaryboundaryDimensionboundedByBoundsbufferBufferFeatureCollectionbufferWithSegmentsCategorizeceilcentroidclassifyClassifyByRangeClipCollectGeometriesCollection_AverageCollection_BoundsCollection_CountCollection_MaxCollection_MedianCollection_MinCollection_NearestCollection_SumCollection_UniqueConcatenatecontainsContourcontrastconvertconvexHullConvolveCoveragecosCountCoverageClassStatsCropCoveragecrossesdarkendateFormatdateParsedesaturatedifferencedimensiondisjointdisjoint3Ddistancedistance3Ddouble2boolendAngleendPointenvenvelopeEqualIntervalequalsExactequalsExactToleranceequalToexpexteriorRingFeatureFeatureClassStatsfloorgeometrygeometryTypegeomFromWKTgeomLengthgetGeometryNgetXgetYgetzgrayscalegreaterEqualThangreaterThanGridHeatmaphslidIEEEremainderif_then_elseinin10in2in3in4in5in6in7in8in9InclusionFeatureCollectionint2bboolint2ddoubleinteriorPointinteriorRingNInterpolateintersectionIntersectionFeatureCollectionintersectsintersects3DisClosedisCoverageisEmptyisInstanceOfisLikeisNullisometricisRingisSimpleisValidisWithinDistanceisWithinDistance3DJenkslengthlessEqualThanlessThanlightenlistlistMultiplylogLRSGeocodeLRSMeasureLRSSegmentmaxmax_2max_3max_4minmin_2min_3min_4mincircleminimumdiameterminrectanglemixmoduloMultiplyCoveragesNearestNormalizeCoveragenotnotEqualTonumberFormatnumberFormat2numGeometriesnumInteriorRingnumPointsoctagonalenvelopeoffsetoverlapsparameterparseBooleanparseDoubleparseIntparseLongpiPointBufferspointNPointStackerPolygonExtractionpowpropertyPropertyExistsQuantileQueryrandomRangeLookupRasterAsPointCollectionRasterZonalStatisticsRasterZonalStatistics2RecodeRectangularCliprelaterelatePatternReprojectrescaleToPixelsrintroundround_2roundDoublesaturateScaleCoveragesetCRSshadeSimplifysinSnapspinsqrtStandardDeviationstartAnglestartPointstrCapitalizestrConcatstrEndsWithstrEqualsIgnoreCasestrIndexOfstringTemplatestrLastIndexOfstrLengthstrMatchesstrPositionstrReplacestrStartsWithstrSubstringstrSubstringStartstrToLowerCasestrToUpperCasestrTrimstrTrim2strURLEncodeStyleCoveragesymDifferencetantinttoDegreestoRadianstouchestoWKTTransformTransparencyFillunionUnionFeatureCollectionUniqueUniqueIntervalVectorToRasterVectorZonalStatisticsverticeswithin