Data collections in this service
Geological Map of Portugal 1M
| Name | Description |
|---|---|
| HarmonisedMapData1M/Faults | Faults classified by fault type in accordance with the INSPIRE vocabularies. |
| HarmonisedMapData1M/Representative Ages | Geological units classified by representative age according to the INSPIRE vocabularies. |
| HarmonisedMapData1M/Representative Lithologies | Geological units classified by representative lithology according to the INSPIRE vocabularies. |
Geological Map of Portugal 200k
| Name | Description |
|---|---|
| HarmonisedMapData200k/Representative Ages | Geological units classified by representative age according to the INSPIRE vocabularies. |
| HarmonisedMapData200k/Representative Lithologies | Geological units classified by representative lithology according to the INSPIRE vocabularies. |
Geological Map of Portugal 50k
| Name | Description |
|---|---|
| HarmonisedMapData50k/Boreholes | Boreholes harmonised according to the INSPIRE specifications. |
| HarmonisedMapData50k/Representative Ages | Geological units classified by representative age in accordance with the INSPIRE vocabularies. |
| HarmonisedMapData50k/Representative Lithologies | Geological units classified by representative lithology in accordance with the INSPIRE vocabularies. |
Geothermal Atlas
| Name | Description |
|---|---|
| Volumetric shallow thermal capacity | Quantifies the capacity of soil/rock to store heat. This parameter is important to predict how the terrain reacts over time when subjected to thermal loads. |
| Shallow thermal conductivity | Evaluates the ability of outcropping rocks to conduct heat. It is essential for the design of surface geothermal systems (heat pumps). |
| Data source | Source of data for calculating the DFC and subsequent quantities. |
| DFC Zoning | DFC generic values for potential use in large areas. |
| Temperatures at 250m depth in ºC | Temperature estimates for 250 meters. |
| Temperatures at 500m depth in ºC | Temperature estimates for 500 meters. |
| Geothermal gradient | It measures the increase in temperature with depth (average of 1°C every 30 meters). It is needed to estimate the depth of thermal reservoirs. |
| Surface heat flow density (DFC) | It is the fundamental parameter that quantifies the thermal energy flowing from the interior of the Earth towards the surface. Its calculation is based on the conductivity of the rocks and the temperature gradient. |
| Temperatures at 1000m depth in ºC | Temperature estimates for 1000 meters. |
| Temperatures at 5000m depth in ºC | Temperature estimates for 5000 meters. |
| Temperatures at 2000m depth in ºC | Temperature estimates for 2000 meters. |
Hydrogeological Map of Portugal 200k
| Name | Description |
|---|---|
| Sheet6/Hydrogeological Grouping | Grouping of geological units according to the type of aquifer medium (porous, karstic and fissured) and lithology. |
| Sheet1/Aquifer Suitability | Aquifer suitability defined based on permeability classes (high, medium to low, very low), type of medium (porous and fractured) and average productivity (high, significant, low) expressed in L/s·km² |
| Sheet1/Groundwater Extraction | Boreholes, wells, and springs. |
| Sheet6/Instantaneous flow rate | Instantaneous flow rate (expressed in L/s) of groundwater intakes (springs, wells, and boreholes). |
| Sheet1/Hydrogeological Classification | Grouping of geological units according to aquifer type (porous and fractured) and lithology. |
| Sheet1/Hydrochemistry | Chemical classification of groundwater based on dry residue (mg/L), hardness (french degrees) and hydrochemical facies. |
| Sheet1/Underground Flow Indications | Behavior of faults with respect to groundwater flow, indicating the direction and preferential flow paths. |
| Sheet1/Drainage Divide | Ridge line delimiting the main river basins. |
| Sheet6/Drainage Divide | Ridge line delimiting the main river basins. |
| Sheet1/Springs | Springs |
| Sheet6/Natural Groundwater Occurrences | Springs and sinkholes. |
| Sheet1/Marine Penetration | Extent of seawater influence in rivers. |
| Sheet6/Chemism | Chemical classification of groundwater in terms of total mineralization (mg/L), total hardness (mg CaCO₃/L) and hydrochemical facies. |
| Sheet6/Renewable Groundwater Resources by Direct Recharge (RHSR) | Spatial distribution of recharge classes by precipitation infiltration (expressed in dam³/year·km²) depending on aquifer type. |
| Sheet1/Hydro-mineral resources | Natural mineral waters and spring waters under exploitation, study, or with traditional use. |
| Sheet1/Stream Flow Regime | Classification of watercourses according to flow duration (permanent, seasonal and ephemeral). |
| Sheet6/Stream Flow Regime | Classification of watercourses according to flow duration (permanent, seasonal and ephemeral). |
| Sheet1/Structural Elements | Graphical representation of geological boundaries, faults and thrusts. |
| Sheet6/Structural Elements | Graphical representation of geological boundaries, faults and thrusts. |
| Sheet6/Type of Water Point Analysed | Type of groundwater point (borehole, spring and well) with representation of the respective chemistry. |
Hydrogeological Resources
| Name | Description |
|---|---|
| Water Points | Boreholes, wells, springs, and exploratory drillings. |
| Aquifer Systems | Individualized aquifer systems of mainland Portugal – information provided by the National Water Resources Information System (https://snirh.apambiente.pt/index.php?idMain=4&idItem=3). |
| Hydrogeological Units | Hydrogeological units - information provided by the National Water Resources Information System (https://snirh.apambiente.pt/index.php?idMain=4&idItem=3). |
Offshore Wind and Wave Energy Resource Atlas
| Name | Description |
|---|---|
| Wave Resource Atlas (h=0m)/Oscillating Water Column Converter [kW/m] | Wave resource for oscillating water column converters. |
| Wave Resource Atlas (h=0m)/Floating Two-body Heaving Converter [kW/m] | Wave resource for floating two-body heaving converters. |
| Wind Resource Atlas (h=100m)/Combined Offshore Wind Resource [h/ano] | Offshore wind resource for fixed and floating systems. |
| Wind Resource Atlas (h=100m)/NEPS Wind Float System [h/ano] | Annual number of hours at full capacity of the wind resource for floating systems (NEPS). |
| Wind Resource Atlas (h=100m)/NEPS Wind Fixed Monopilar System [h/ano] | Annual number of hours at full capacity of the wind resource for fixed monopilar systems (NEPS). |
| Wave Resource Atlas (h=0m)/Oscillating Wave Surge Converter (bottom-mounted) [kW/m] | Wave resource for oscillating wave surge converters (bottom-mounted). |
| Wind Resource Atlas (h=100m)/Incident Wind Power Flux [W/m²] | Wind Power Flux. |
| Wind Resource Atlas (h=100m)/Horizontal Wind Speed [m/s] | Mean wind speed. |
| Wind Resource Atlas (h=100m)/NEPS [h/ano] | Annual number of hours at full capacity of the wind resource (NEPS) for a turbine at 100 meters height. |
| Wind Resource Atlas (h=100m)/NEPS Wind Fixed Jacket System[h/ano] | Annual number of hours at full capacity of the wind resource for fixed jacket systems (NEPS). |
| Wave Resource Atlas (h=0m)/Wave Energy Resource [kW/m] | Wave Energy Resource |
Onshore Wind Atlas
| Name | Description |
|---|---|
| At 80m height/Weibull Form factor | Form factor - Weibull distribution. |
| At 20m height/Weibull Scale factor (m/s) | Scale factor - Weibull distribution. |
| At 80m height/Weibull Scale factor (m/s) | Scale factor - Weibull distribution. |
| At 20m height/Incident Wind Power Flow (W/m2) | Wind power flow. |
| At 80m height/NEPs [h/ano] | Annual number of hours at full capacity of the wind resource (NEPS) for a turbine at 80 meters height. |
| At 20m height/Weibull Form factor | Form factor - Weibull distribution. |
| At 100m height/NEPs [h/ano] | Annual number of hours at full capacity of the wind resource (NEPS) for a turbine at 100 metres height. |
| At 80m height/Average wind speed [m/s] | Average wind speed. |
| At 80m height/Incident Wind Power Flow (W/m2) | Wind power flow. |
| At 20m height/Average wind speed [m/s] | Average wind speed. |
SIORMINP
| Name | Description |
|---|---|
| SIORMINP Mineral Ocurrences | Mineral occurrences from the Portuguese Mineral Occurrences and Resources Information System (SIORMINP), including metallic and non-metallic mineral resources, mines, and mineral deposits in mainland Portugal. |
SONDABASE
| Name | Description |
|---|---|
| Borehole | Borehole Locations |