EGDI (v1.6.16027)

Pan-European (EGDI) 1:1,000,000

Pan-European (IGME5000) 1:5,000,000

Friuli area (eENVplus) 1:100,000

West Slovenia (eENVplus) 1:100,000

Pan-European (EGDI) 1:1,000,000

Friuli area (eENVplus) 1:100,000

West Slovenia (eENVplus) 1:100,000

3D models (EGDI)

Pan-European faults, Onshore, 1:5M, (IGME5000)

Pan-European faults, Marine, 1:5M, (IGME5000)

Fault Database Detail (HIKE)

Fault Database Overview (HIKE)

Fault Database Polygons (HIKE)

Areas of Interest

Units (overview) - Structural Framework of Bavaria

Limit uncertainty (overview) - Structural Framework of Bavaria

Limits (overview) - Structural Framework of Bavaria

Units (detail) - Structural Framework of Bavaria

Limit uncertainty (detail) - Structural Framework of Bavaria

Limits (detail) - Structural Framework of Bavaria

Units (overview) - Structural Framework of Ireland

Limit uncertainty (overview) - Structural Framework of Ireland

Limits (overview) - Structural Framework of Ireland

Units (detail) - Structural Framework of Ireland

Limit uncertainty (detail) - Structural Framework of Ireland

Limits (detail) - Structural Framework of Ireland

Geomanifestations - Ireland

Units (overview) - Structural Framework of the Pannonian Basin

Limit uncertainty (overview) - Structural Framework of the Pannonian Basin

Limits (overview) - Structural Framework of the Pannonian Basin

Units (detail) - Structural Framework of the Pannonian Basin

Limit uncertainty (detail) - Structural Framework of the Pannonian Basin

Limits (detail) - Structural Framework of the Pannonian Basin

Geomanifestations - Pannonian Basin

Units (overview) - Structural Framework of R2R

Limit uncertainty (overview) - Structural Framework of R2R

Limits (overview) - Structural Framework of R2R

Units (detail) - Structural Framework of R2R

Limit uncertainty (detail) - Structural Framework of R2R

Limits (detail) - Structural Framework of R2R

Geomanifestations (part 1) - R2R

Geomanifestations (part 2) - R2R

Geomanifestations (part 3) - R2R

Current plates

Paleoplates

Lithotectonic units

Orogens

Deformation zones

Basins

Limit Uncertainty

Limits

Pan-European (IGME5000) 1:5,000,000

Sea-floor Quaternary geology (EMODnet)

Sea-floor Pre-Quaternary bedrock geology (EMODnet)

Seabed substrates (EMODnet) 1:100 000

Seabed substrates (EMODnet) 1:250 000

Seabed substrates (EMODnet) 1:1,000,000

Sea-floor Quaternary geology (EMODnet)

Sea-floor Pre-Quaternary bedrock geology (EMODnet)

Coastal migration (EMODnet)

Sea-floor geomorphology (EMODnet)

Submerged landscapes (EMODnet)

Marine minerals (EMODnet)

Events and probabilities (EMODnet)

Pan-European Mineral occurrence points (EGDI/MIN4EU)

Critical raw material occurrence points 2023 (EGDI/MIN4EU)

Pan-European REE occurrence points (EuRare)

Pan-European Mineral occurence areas (EGDI/MIN4EU)

West Balkan Mineral occurrence points (RESEERVE)

Pan-European REE Mineral occurrence points (FRAME)

Pan-European Lithium Mineral occurrence points (FRAME)

Pan-European Graphite Mineral occurrence points (FRAME)

Pan-European Cobalt Mineral occurrence points on land and sea (FRAME/MINDeSEA)

Pan-European Phosphate Mineral occurrence points on land and sea (FRAME/MINDeSEA)

Pan-European Niobium Mineral occurrence points (FRAME)

Pan-European Tantalum Mineral occurrence points (FRAME)

ProMine

Mines (EGDI/MIN4EU)

Mine name: Produced Commodity: Commodity in related deposit:

CTRL+click to select more than one entry.

Operational status of the mine:

CTRL+click to select more than one entry.

Mining activity:

CTRL+click to select more than one entry.

Hold CTRL+Left-Click and drag to select multiple points in a cluster on the map.

Touristic mine sites (MINTELL4EU)

CoalHeritage

Lithium (FRAME)

Graphite (FRAME)

Cobalt (FRAME)

Phosphate (FRAME)

Niobium (FRAME)

Tantalum (FRAME)

Phosphate, land and sea (FRAME/MINDeSEA))

Cobalt, land and sea (FRAME/MINDeSEA))

Production

Export

Import

Reserves

Resources

UNFC

Exploration

UNFC Pilot Countries (MINTELL4EU)

Ornamental Stones (EuroLithos)

GeoCradle

Landslide database (EGS)

Ground motion (Terrafirma)

Ground instability (Pangeo)

Natural seismic activity (EFEHR)

Seismic Portal

CO2 Storage Potential in Europe (CO2StoP)

Geothermal wells (DARLINGe)

Geothermal plants (PERFORM)

Subsurface potentials of the Alpine Foreland Basins (GeoMol)

Groundwater protection

Other groundwater use

Shallow geothermal energy system

Traffic light map for closed loop system

Decision support map

Groundwater body suitable for open-loop system

Net aquifer thickness

Traffic light map for open loop system

Geological cross-section

Contaminated site

Critical chemical composition of groundwater

Groundwater protection

Natural reserves

Average interval subsurface temperature

In-situ thermal conductivity of unconsolidated sediments

Land surface temperature

Measured subsurface temperature profile

Extent of confined artesian and subartesian aquifer

Groundwater body suitable for open-loop system

Hydraulic productivity

Measured groundwater level 2018

Measured groundwater level 2021

Minimum groundwater temperature

Specific annual thermal load OLS

Specific Thermal capacity OLS

Thermal productivity

Contaminated sites

Groundwater protection

Natural reserves

Other groundwater use

Shallow geothermal energy system

Average interval bulk thermal conductivity

Land surface temperature

Extent of confined artesian and subartesian aquifers

Groundwater body suitable for open-loop system

Shallow geothermal energy systems

Average interval subsurface temperature

Depth of bedrock

Measured subsurface temperature profile

Depth of a shallow glacial gravel aquifer

Groundwater body suitable for open-loop systems

Net aquifer thickness

Geological cross-section

Compressible ground

Contaminated sites

Faults

Flood hazards

Landslides

Other groundwater use

Potentially karstified zones

Shallow geothermal energy systems

Subsurface infrastructure

Groundwater chemistry

Land surface temperature

Elevation of the karst limestone aquifer

Groundwater body suitable for open-loop systems

Measured groundwater depth, Cork 04/2019

Measured groundwater depth, Cork 08/2020

Measured groundwater depth, Cork 11/2019

Hydraulic conductivity of gravel aquifers

Hydraulic conductivity of karst aquifers

Hydraulic transmissivity of gravel aquifers

Hydraulic transmissivity of the karst deep aquifer

Hydraulic transmissivity of the karst shallow aquifer

Measured Groundwater level April 2019

Measured Groundwater level August 2020

Measured Groundwater level November 2019

Net thickness of sand and gravel aquifers

Net thickness of the deep karst aquifer

Net thickness of the shallow karst aquifer

Specific yield bedrock lI aquifer

Specific yield bedrock rkd aquifer

Specific yield gravel aquifers

Thermal conductivity hard rock sample

Geological cross-section

Annual thermal load

Average interval subsurface temperature

Land surface temperature

Measured groundwater depth

Thermal capacity - open loop systems

Hydraulic transmissivity of the Eocene aquifer

Hydraulic transmissivity of the Neogene aquifer

Hydraulic transmissivity of the Quaternary aquifer

Net thickness of the Eocene aquifer (m)

Net thickness of the Neogene aquifer

Net thickness of the Quaternary aquifer

Faults

Groundwater protection

Other groundwater use

Shallow geothermal energy systems

Depth bedrock

Average interval bulk thermal conductivity

Land surface temperature

Groundwater protection

Natural reserves

Subsurface infrastructure

Average interval bulk thermal conductivity

Average interval subsurface temperature

Land surface temperature

Traffic light map closed loop systems

Groundwater body suitable for open-loop systems

Hydraulic productivity

Minimum groundwater temperature

Specific annual thermal load

Specific thermal capacity

Faults

Groundwater protection

Landslides

Mining areas

Natural reserves

Other groundwater use

Potentially karstified zones

Shallow geothermal energy systems

Land surface temperature

Groundwater protection

Natural reserves

Average interval bulk thermal conductivity

Average interval subsurface temperatur

Heat transfer rate CLS

Land surface temperatur

Specific annual thermal load CLS

Groundwater body suitable for open-loop systems

Hydraulic conductivity

Maximum groundwater temperatur

Minimun groundwater temperatur

Net aquifer thickness

Specific annual thermal load OLS

Specific hydraulic productivity

Thermal capacity

Groundwater protection

Landslide

Mining areas

Natural reserve

Other groundwater use

Shallow geothermal energy system

Subsurface infrastructure

Extent of confined artesian and subartesian aquifer

Contaminated sites

Groundwater protection

Natural reserves

Land surface temperature

Other groundwater use

Shallow geothermal energy systems

Areas suited for groundwater disposal

Groundwater body suitable for open-loop systems

Hydraulic conductivity of an alluvial aquifer

Hydraulic transmissivity of an alluvial aquifer

Net aquifer thickness

Specific yield

Oil & Gas deposits of the Alpine Foreland Basins (GeoMol)

Basins (EUOGA)

Hydrocarbon fields

Bo member

100 m Kimmeridge Clay and equivalents

Kimmeridge Clay and equivalents

Posidonia and equivalents

Sleen Formation

Bowland and equivalents

Bo Member and equivalents

100 m Kimmeridge Clay and equivalents

Kimmeridge Clay and equivalents

Posidonia and equivalents

Sleen Formation

Shallow Gas

Eocene

Lower Eocene

Paleocene

Upper Cretaceous

Lower Cretaceous

Upper Jurassic

Middle Jurassic

Lower Jurassic

Triassic

Zechstein

Permian Rotliegend

Carboniferous

Devonian

Profile line

GIIP

OIIP

Vitrinite reflectance at the Base Cretaceous Unconformity subcrop.

Average vitrinite reflectance for the Upper Jurassic

Average transformation ratio for the Upper Jurassic

Average vitrinite reflectance for the Lower Jurassic

Vitrinite reflectance at the Top Lower Jurassic

Average transformation ratio for the Lower Jurassic

Wells used for calibration

Study area

Profile line

Source rocks

Modelled accumulation of hydrocarbons

Study area

Salt Structures

Basins and highs (from NAG-TEC)

Ages of structural elements (from NAG-TEC)

Regions of structural elements (from NAG-TEC)

Area of interest

Susceptibility

Susceptibility Reliability

Knowledge gap assessment of hydrate evidence and indicators

Knowledge gap analysis of geothermal gradient data.

Knowledge gap analysis of seafloor temperature data

Evidence and indicators for gas hydrates. Point data.

Evidence and indicators for gas hydrates. Polygons.

Gas analyses from IODP Drilling holes

Geophysical indicators. Point data

Geophysical indicators for gas hydrates. Lines.

Geophysical indicators for gas hydrates. Polygons

Seafloor features that indicate fluid flow. Point data.

Seafloor features that indicate fluid flow. Polygons.

Base of negative bouyancy zone for 96% C02. South of Biscay Bay, Galicia Area

Base of negative bouyancy zone for 96% C02. Extended 200M in the FISU Area, Celtic Sea.

Base of negative bouyancy zone for 96% C02. Celtic Sea & French EEZ

Base of negative bouyancy zone for 100% C02. Celtic Sea & French EEZ

Base of hydrate stability zone for 96% CO2. South of Biscay Bay, Galicia Area.

Base of hydrate stability zone for 96% CO2. Extended 200M in the FISU Area, Celtic Sea.

Base of hydrate stability zone for 96% CO2. Celtic Sea & French EEZ

Base of hydrate stability zone for 100% CO2. Celtic Sea & French EEZ.

Base of hydrate stability zone for biogenic gas. NW Europe

Base of hydrate stability zone for biogenic gas. SW Europe.

Base of hydrate stability zone for biogenic gas. From Pi�ero et al. 2013.

Seafloor temperatures

Heat flow

Soil regions (EUSR5000)

Agricultural soil - Data search (GEMAS)

Grazing & agricultural land (GEMAS)

Recharge - Effective Precipitation bias corrected

Recharge - Potential Groundwater Recharge bias corrected

Recharge - Effective Precipitation

Recharge - Actual Evapotranspiration

Recharge - Potential Groundwater Recharge

Recharge - Groundwater Recharge Coefficient

National scale recharge (Ireland)

National scale recharge (France)

National scale recharge (Spain)

National scale recharge (Great Britatin)

National scale recharge (Netherlands)

Recharge at boreholes (Long term average)

Recharge at boreholes (Timeseries)

Recharge at boreholes (Uncertainty)

Volumes and depths of prime European aquifers

Pan-EU Groundwater Resources Map REPORTS

Groundwater level

Atmospheric pressure

Total number of groundwater sites from the selected review studies

Number of studies used from each country

Nitrate transfer in the unsaturated zone - Pilot Site location

Model estimates of nitrate-N stored in the unsaturated zone

Gridded estimates of travel times for nitrate in the unsaturated zone in six european countries

Redox Potential - Denitrification data by countries (chart)

Redox Potential - Denitrification data by countries (label)

Redox Potential - Denitrification data by groundwater body (chart)

Redox Potential - Denitrification data by groundwater body (label)

Redox Potential - Countries with Denitrification groundwater body data

Countries involved

Thermal Waters

Mineral Waters (national law recognition)

Natural Mineral Waters (according to Directive 2009/54/EC)

Thermal and Natural Mineralwaters - Temperature >100�C

Thermal and Natural Mineralwaters - Temperature 90,1-100�C

Thermal and Natural Mineralwaters - Temperature 80,1-90�C

Thermal and Natural Mineralwaters - Temperature 70,1-80�C

Thermal and Natural Mineralwaters - Temperature 60,1-70�C

Thermal and Natural Mineralwaters - Temperature 50,1-60�C

Thermal and Natural Mineralwaters - Temperature 40,1-50�C

Thermal and Natural Mineralwaters - Temperature 30,1-40�C

Thermal and Natural Mineralwaters - Temperature 20,1-30�C

Thermal and Natural Mineralwaters - Temperature 15,1-20�C

Thermal and Natural Mineralwaters - Temperature < 15�C

Thermal Waters and Natural Mineral Waters - Customize your map, Layer 1

Thermal Waters and Natural Mineral Waters - Customize your map, Layer 2

Thermal Waters and Natural Mineral Waters - Customize your map, Layer 3

Natural Background Levels in European coastal aquifers

Groundwater age distributions - Pilot studies

Groundwater age distributions - Tracer data

Harmonized Pan-European vulnerability assessment, Pilot site areas

Harmonized Pan-European vulnerability assessment, Vulnerability Map

Harmonized Pan-European vulnerability assessment, Depth to Watertable

Harmonized Pan-European vulnerability assessment, Groundwater Recharge

Harmonized Pan-European vulnerability assessment, Aquifer Media

Harmonized Pan-European vulnerability assessment, Soil Media

Harmonized Pan-European vulnerability assessment, Topograhpy

Harmonized Pan-European vulnerability assessment, Impact of Vadose Zone Media

Harmonized Pan-European vulnerability assessment, Hydraulic Conductivity

Nitrate

Conductivity

Temperature

Chloride

Fluorine concentrations in groundwater - HydroGeoToxicity (HGT) > 1 (1,5 mg/l)

Arsenic concentrations in groundwater - HydroGeoToxicity (HGT) > 0,5 (5 �g/l)

Arsenic concentrations in groundwater - HydroGeoToxicity (HGT) > 1 (10 �g/l)

Dutch/Flemish-German Transboundary study

Poland Lithuania Transboundary study

Pilot description

Adaptation strategies

Scenario development

Climate change impacts, Pilot study areas

Pilot description

Trends on filtered data 1976-2019 (France)

Trends on filtered data 1996-2019 (France)

Trends on raw data 1976-2019 (France)

Trends on raw data 1996-2019 (France)

Climate scenario 1 deg.min., Avre

Climate scenario 3 deg.min., Avre

Climate scenario 1 deg.max., Avre

Climate scenario 3 deg.max., Avre

Climate scenario 1 deg.min., Boutonne

Climate scenario 3 deg.min., Boutonne

Climate scenario 1 deg.max., Boutonne

Climate scenario 3 deg.max., Boutonne

Climate scenario 1 deg.min., The Netherlands, Phreatic

Climate scenario 3 deg.min., The Netherlands, Phreatic

Climate scenario 1 deg.max., The Netherlands, Phreatic

Climate scenario 3 deg.max., The Netherlands, Phreatic

Climate scenario 1 deg.min, Drava-Mura aquifer

Climate scenario 3 deg.min, Drava-Mura aquifer

Climate scenario 1 deg.max, Drava-Mura aquifer

Climate scenario 3 deg.max, Drava-Mura aquifer

Climate scenario 1 deg.min, Denmark, phreatic

Climate scenario 3 deg.min, Denmark, phreatic

Climate scenario 1 deg.max, Denmark, phreatic

Climate scenario 3 deg.max, Denmark, phreatic

Climate scenario 1 deg.min, Denmark, deep

Climate scenario 3 deg.min, Denmark, deep

Climate scenario 1 deg.max, Denmark, deep

Climate scenario 3 deg.max, Denmark, deep

Climate scenario 1 deg.min., Sunds, Phreatic

Climate scenario 3 deg.min., Sunds, Phreatic

Climate scenario 1 deg.max., Sunds, Phreatic

Climate scenario 3 deg.max., Sunds, Phreatic

Climate scenario 1 deg.min, Upper Guadiana Basin

Climate scenario 3 deg.min, Upper Guadiana Basin

Climate scenario 1 deg.max, Upper Guadiana Basin

Climate scenario 3 deg.max, Upper Guadiana Basin

Climate scenario RCAC 4.5, 2023-2052, Hungary

Climate scenario RCAC 4.5, 2071-2100, Hungary

Climate scenario RCAC 8.5, 2023-2052, Hungary

Climate scenario RCAC 8.5, 2071-2100, Hungary

Water balance changes

Pilot description

Harmonised method to assess seawater intrusion status and vulnerability

Link to 3D models

Vulnerability of Shallow Groundwater Resources to Deep Subsurface Energy-Related Activities - Pilot study areas

Groundwater - surface water transition zone. Pilot site France

Groundwater - surface water transition zone. Pilot site Denmark

Hydrogeological Map

Pilot study areas

Reports

Classified fault network

2D Seismic onshore, Denmark

Vertical electrical soundings, Hungary

DC resitivity, Hungary

Danish water supply wells

German Boreholes

Borehole Index (EGDI/EPOS)

Bathymetry (EMODnet)

Marine Regions (VLIZ)

Name of source:
Country:
Water temperature at the outlet:
Use:
Type of water source:
Yield class:
Groundwater age:
Dissolved total solid (TDS) classes:
Aquifer media type according to INSPIRE:
Aquifer type according to INSPIRE:
Lithology of the aquifer according to INSPIRE:
Lower geochronologic era of the aquifer material according to INSPIRE:
Upper geochronologic era of the aquifer material according to INSPIRE:
pH	-
Sodium (mg/l)	-
Potassium (mg/l)	-
Calcium (mg/l)	-
Magnesium (mg/l)	-
Bicarbonate (mg/l)	-
Chloride (mg/l)	-
Sulphate (mg/l)	-
Free gas dominance classes:

Name of source:
Country:
Water temperature at the outlet:
Use:
Type of water source:
Yield class:
Groundwater age:
Dissolved total solid (TDS) classes:
Aquifer media type according to INSPIRE:
Aquifer type according to INSPIRE:
Lithology of the aquifer according to INSPIRE:
Lower geochronologic era of the aquifer material according to INSPIRE:
Upper geochronologic era of the aquifer material according to INSPIRE:
pH	-
Sodium (mg/l)	-
Potassium (mg/l)	-
Calcium (mg/l)	-
Magnesium (mg/l)	-
Bicarbonate (mg/l)	-
Chloride (mg/l)	-
Sulphate (mg/l)	-
Free gas dominance classes:

Name of source:
Country:
Water temperature at the outlet:
Use:
Type of water source:
Yield class:
Groundwater age:
Dissolved total solid (TDS) classes:
Aquifer media type according to INSPIRE:
Aquifer type according to INSPIRE:
Lithology of the aquifer according to INSPIRE:
Lower geochronologic era of the aquifer material according to INSPIRE:
Upper geochronologic era of the aquifer material according to INSPIRE:
pH	-
Sodium (mg/l)	-
Potassium (mg/l)	-
Calcium (mg/l)	-
Magnesium (mg/l)	-
Bicarbonate (mg/l)	-
Chloride (mg/l)	-
Sulphate (mg/l)	-
Free gas dominance classes:

All Commodities
Bismuth
Borate
Cobalt
Copper
Gallium
Germanium
Heavy Rare Earth Elements
Light Rare Earth Elements
Lithium
Magnesium
Manganese
Natural graphite
Nickel
Platinum Group Metals
Titanium metal
Tungsten
Aluminium/Bauxite
Antimony
Arsenic
Baryte
Beryllium
Coking coal
Feldspar
Fluorspar
Hafnium
Niobium
Phosphate
Phosphate rock
Scandium
Strontium
Tantalum
Vanadium

« EGDI - All maps

Layers

Geological 3D Models

Geology

Geology

Geology

Geology

Geology

Geology

Geology

Geology

Geology

Geology

Geology

Geology

Disclaimer

Disclaimer

Disclaimer

Disclaimer

Disclaimer

Disclaimer

Areas within the pilot urban area of Aarhus where the installation of shallow geothermal systems may be restricted due to the use of the groundwater for drinking or curative water supply.

Active wells located within the pilot urban area of Aarhus used for purposes different from shallow geothermal energy.

Location of existing shallow geothermal energy installations within the pilot urban area of Aarhus (last update: 01/07/2020).

Traffic light map for closed loop system of the pilot urban area of Aarhus

Groundwater body suitable for open-loop systems of the pilot urban area of Aarhus

Bulk thickness of 4 individual Quaternary meltwater aquifers and two Miocene deltaic aquifers (excluding surrounding aquitards), which are located in the pilot area of Aarhus

Traffic light map for open loop system of the pilot urban area of Aarhus

Cross sections of the pilot urban area of Aarhus

Contaminated sites of the pilot urban area of Bratislava

Critical chemical composition of groundwater of the pilot urban area of Bratislava

Areas within the pilot urban area of Bratislava where the installation of shallow geothermal systems may be restricted due to the use of the groundwater for drinking or curative water supply.

Natural reserves of the pilot urban area of Bratislava

Average interval subsurface temperature of the pilot urban area of Bratislava

In-situ thermal conductivity of unconsolidated sediments within the Bratislava pilot area

Mean annual surface temperature within the pilot urban area of Bratislava

Measured subsurface temperature profile within the pilot urban area of Bratislava

Extent of confined artesian and confined subartesian aquifers within the urban pilot area of Bratislava.

Groundwater body suitable for open-loop systems of the pilot urban area of Bratislava

Hydraulic productivity within the Bratislava pilot area

Measured groundwater level 2018 within the pilot urban area of Bratislava

Measured groundwater level 2021 within the pilot urban area of Bratislava

Minimun groundwater temperature within the Bratislava pilot area

Specific annual Thermal load for Open Loop Systems within the Bratislava pilot area

Specific Thermal capacity for Open Loop Systems within the Bratislava pilot area

Thermal productivity within the Bratislava pilot area

Contaminated sites of the pilot urban area of Brussels

Areas within the pilot urban area of Brussels where the installation of shallow geothermal systems may be restricted due to the use of the groundwater for drinking or curative water supply.

Natural reserves of the pilot urban area of Brussels

Active wells located within the pilot urban area of Brussels used for purposes different from shallow geothermal energy.

Location of existing shallow geothermal energy installations within the pilot urban area of Brussels (last update: 27/10/2020).

Average interval bulk thermal conductivity of Brussels

Mean annual surface temperature within the pilot urban area of Brussels

Extent of confined artesian and confined subartesian aquifers within the urban pilot area of Brussels.

Groundwater body suitable for open-loop systems of the pilot urban area of Brussels

Location of existing shallow geothermal energy installations within the pilot urban area of Cardiff (last update: 28/10/2020).

Average interval subsurface temperature of the pilot urban area of Cardiff

Depth of bedrock of the pilot urban area of Cardiff

Measured subsurface temperature profile of the pilot urban area of Cardiff

Depth of a shallow glacial gravel aquifer of the pilot urban area of Cardiff

Groundwater body suitable for open-loop systems of the pilot urban area of Cardiff

Thickness of a shallow glacial sand and gravel aquifer unit located in the pilot area of Cardiff

Geological cross-section of the pilot urban area of Cardiff

Records of observed compressible ground in the Cork city pilot area

Contaminated sites of the pilot urban area of Cork

Faults located within the pilot urban area of Cork that may cause geotechnical problems during or following the installation of shallow geothermal energy systems.

River flood hazard of the pilot urban area of Cork

Coastal flood hazard of the pilot urban area of Cork

Areas within the pilot urban area of Cork containing active landslides, inactive landslides or susceptible of being subject to landslides.

Active wells located within the pilot urban area of Cork used for purposes different from shallow geothermal energy.

Potentially karstified zones within the pilot urban area of Cork.

Location of existing shallow geothermal energy installations within the pilot urban area of Cork (last update: 03/02/2021).

Subsurface infrastructure of the pilot urban area of Cork

Mean annual surface temperature within the pilot urban area of Cork

Elevation of the surface boundary of the karst limestone aquifer in the Cork pilot area

Groundwater body suitable for open-loop systems of the pilot urban area of Cork

Measured groundwater depth of the pilot urban area of Cork, period 04/2019

Measured groundwater depth of the pilot urban area of Cork, period 08/2020

Measured groundwater depth of the pilot urban area of Cork, period 11/2019

Hydraulic conductivity for the gravel aquifers in the pilot area of Cork that are potentially suitable for shallow geothermal energy