EURAC Research |
|
GeoServer Web Map Service
| Service health Now: |
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- Interface
- Web Service, OGC Web Map Service 1.3.0
- Keywords
- WFS, WMS, GEOSERVER
- Fees
- NONE
- Access constraints
- NONE
- Supported languages
- No INSPIRE Extended Capabilities (including service language support) given. See INSPIRE Technical Guidance - View Services for more information.
- Data provider
-
EURAC Research (unverified)
Contact information:
Armin Costa
EURAC Research
Drususstrasse / Viale Druso 1, 39100 Bozen / Bolzano, Italy
Email:
Phone: +39 0471 055 933
- Service metadata
- No INSPIRE Extended Capabilities (including service metadata) given. See INSPIRE Technical Guidance - View Services for more information.
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A compliant implementation of WMS 1.1.1 plus most of the SLD 1.0 extension (dynamic styling). Can also generate PDF, SVG, KML, GeoRSS
Available map layers (220)
Basemap East (basedata:Basemap_East)
Grundkarte Est
Basemap Nord (basedata:Basemap_Nord)
Grundkarte Nord
Basemap West (basedata:Basemap_West)
Grundkarte Ovest
Corine (basedata:Corine)
Layer-Group type layer: basedata:Corine
Deposits_DO (basedata:Deposits_DO)
Deposits_DO
Deposits_vetta (basedata:Deposits_vetta)
Deposits_vetta
Natural Vegetation (basedata:NaturalVegetation)
Natural Vegetation
QUATERNARY_DEPOSITS_Appiano (basedata:QUATERNARY_DEPOSITS_Appiano)
QUATERNARY_DEPOSITS_Appiano
Grundkarte_Lotto-Est_A10000IA (basedata:A10000IA)
GlacierCadastre_named (basedata:AA1997_NAMEN_utm)
QuaternaryDeposits_Anterselva (basedata:Anterselva)
QuaternaryDeposits_Appiano_linee (basedata:Appiano_linee)
QuaternaryDeposits_Appiano_poly (basedata:Appiano_poly)
Bezirksgemeinschaften (basedata:Bezirksgemeinschaften)
Corine00 (basedata:Corine00_utm)
Corine90 (basedata:Corine90_ut)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_F1 (basedata:DB_TOPO_F1)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_F2 (basedata:DB_TOPO_F2)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_F3 (basedata:DB_TOPO_F3)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_F4 (basedata:DB_TOPO_F4)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_F5 (basedata:DB_TOPO_F5)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_F6 (basedata:DB_TOPO_F6)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_L1 (basedata:DB_TOPO_L1)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_L2 (basedata:DB_TOPO_L2)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_L3 (basedata:DB_TOPO_L3)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_L5 (basedata:DB_TOPO_L5)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_L6 (basedata:DB_TOPO_L6)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_L7 (basedata:DB_TOPO_L7)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_L9 (basedata:DB_TOPO_L9)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_P10 (basedata:DB_TOPO_P10)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_P2 (basedata:DB_TOPO_P2)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_P3 (basedata:DB_TOPO_P3)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_P6 (basedata:DB_TOPO_P6)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_P7 (basedata:DB_TOPO_P7)
Grundkarte_07_Lotto-Nord-Sud_DB_TOPO_P9 (basedata:DB_TOPO_P9)
Elevation Model Carpathian Project Area (carpathianproject:DEM_carpathian_project_area_SRTM)
Elevation Model Carpathian Project Area (Source: SRTM)
DO_linee (basedata:DO_linee)
DO_poly (basedata:DO_poly)
Dislocazioni_ST (basedata:Dislocazioni)
Dobbiaco (basedata:Dobbiaco)
South Tyrol Forest Change RapidEye 2009-2010 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_FORESTCHANGE_RAPIDEYE_2009-2010)
Very high resolution RapidEye â Forest change 2009-2010 Event map
South Tyrol Forest Change RapidEye 2010-2011 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_FORESTCHANGE_RAPIDEYE_2010-2011)
South Tyrol Forest Change RapidEye 2011-2012 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_FORESTCHANGE_RAPIDEYE_2011-2012)
Very high resolution RapidEye â Forest change 2011-2012
South Tyrol Forest Change RapidEye 2012-2013 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_FORESTCHANGE_RAPIDEYE_2012-2013)
Very high resolution RapidEye â Forest change 2012-2013 Event map
Low resolution MODIS - Larch forest mask (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_FOREST_MASK)
Low resolution MODIS – larch pest infestations maps - 2001 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2001)
Low resolution MODIS – larch pest infestations maps - 2002 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2002)
Low resolution MODIS – larch pest infestations maps - 2003 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2003)
Low resolution MODIS – larch pest infestations maps - 2004 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2004)
Low resolution MODIS – larch pest infestations maps - 2005 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2005)
Low resolution MODIS – larch pest infestations maps - 2006 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2006)
Low resolution MODIS – larch pest infestations maps - 2007 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2007)
Low resolution MODIS – larch pest infestations maps - 2008 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2008)
Low resolution MODIS – larch pest infestations maps - 2009 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2009)
Low resolution MODIS – larch pest infestations maps - 2010 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2010)
Low resolution MODIS – larch pest infestations maps - 2011 (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_LARCH_PESTS_INFESTATION_2011)
Very high resolution Landsat – windfall event map (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_WINDFALL_LANDSAT_2011)
Very high resolution RapidEye – windfall event map (EUFODOS_INTERNAL:EUFODOS_SOUTH_TYROL_WINDFALL_RAPIDEYE_2011)
Drought Pattern - scPDSI (EUFODOS_EURAC:EUFODOS_SOUTH_TYROL_drought_pattern_scPDSI)
Drought Pattern â scPDSI is an indirect validation product of corresponding layer Drought Pattern which depicts a spatial pattern of forest decline in South Tyrol between 2001 and 2011. The layer was based on a time series of MODIS 16-day NDVI (Normalized Difference Vegetation Index) standard product, subjected to EOF transformation. Yearly scores of a resulting temporal pattern (eigenvector) were next correlated with time-series of scPDSI yearly means calculated for 29 meteorological stations. The product presents correlation value between two aforementioned time series, which should be interpreted as a measure of drought impact. Geographic Reference System: UTM zone 32 Format: shape-file (point layer) Status On going: Data is continually being updated
EURAC_METEO_NPP_P (timeseries) (EURAC_METEO_NPP_P:EURAC_METEO_NPP_P)
EURAC_METEO_P (timeseries) (EURAC_METEO_P:EURAC_METEO_P)
EURAC_RADBEAM_P_southtyrol (PROCESSING:EURAC_RADBEAM_P_southtyrol)
Shadows calculated for Southtyrol at 25m resolution EURAC_RADBEAM_P_southtyrol
EURAC_RADGLOB_YEAR (EURAC_SOLARRADIATION_P:EURAC_RADGLOB_YEAR)
Serie temporale (2004-2013) dell'irraggiamento solare annuale medio sulle principali aree urbane dell'Alto Adige, in Wh/m². Le superfici inclinate sono state ottenute mediante un Modello Digitale della Superficie (Digital Surface Model, DSM) avente risoluzione di 0.5m. Il modello digitale della superficie è stato ottenuto dai dati raccolti in seguito ad una campagna condotta nell'autunno del 2013 utilizzando un laser scan. In questo modello si tiene conto sia delle montagne (far shading) sia degli ostacoli (near shading) circostanti. Gli aspetti relativi alla climatologia sono stati calcolati usando il valore medio dell'indice delle nuvole fornito da Meteosat (processato utilizzando l'algoritmo Meteoswiss heliomont [1]) tra il 2004 e il 2013 con una risoluzione temporale di 15 minuti. I valori di Aerosol e vapor acqueo derivano dal dataset MACC[2]. Per il calcolo della irradianza in totale assenza di nuvole si è utilizzato il modello Specmagic [3]. Questi dati sono stati calcolati nell'ambito del progetto EFRE Programme Interreg IV ITA-AUT finanziato dall'Alto Adige [4]. [1] http://www.meteoswiss.admin.ch/content/dam/meteoswiss/en/Ungebundene-Seiten/Publikationen/Scientific-Reports/doc/sr93stoeckli.pdf; [2] https://www.gmes-atmosphere.eu/; [3] Mueller, R., Behrendt, T., Hammer, A., and Kemper, A.: A New Algorithm for the Satellite-Based Retrieval of Solar Surface Irradiance in Spectral Bands, Remote Sensing, 4, 622–647, 2012; [4] https://www.tirol.gv.at/statistik-budget/tiris/tiris-anwendungen/solar-tirol/.
EURAC_RADGLOB_YEAR_25m (EURAC_SOLARRADIATION_P:EURAC_RADGLOB_YEAR_25m)
Serie temporale (2004-2013) dell'irraggiamento solare annuale medio in Alto Adige, in Wh/m². Le superfici inclinate sono state ottenute mediante un Modello Digitale del Terreno (Digital Terrain Model, DTM) avente risoluzione di 25 m. Il modello digitale del terreno è stato ottenuto dai dati raccolti in seguito ad una campagna condotta nell'autunno del 2006 utilizzando un laser scan. In questo modello si tiene conto sia delle montagne (far shading) sia degli ostacoli (near shading) circostanti. Gli aspetti relativi alla climatologia sono stati calcolati usando il valore medio dell'indice delle nuvole fornito da Meteosat (processato utilizzando l'algoritmo Meteoswiss heliomont [1]) tra il 2004 e il 2013 con una risoluzione temporale di 15 minuti. I valori di Aerosol e vapor acqueo derivano dal dataset MACC[2]. Per il calcolo della irradianza in totale assenza di nuvole si è utilizzato il modello Specmagic [3]. Questi dati sono stati calcolati nell'ambito del progetto EFRE Programme Interreg IV ITA-AUT finanziato dall'Alto Adige [4]. [1] http://www.meteoswiss.admin.ch/content/dam/meteoswiss/en/Ungebundene-Seiten/Publikationen/Scientific-Reports/doc/sr93stoeckli.pdf; [2] https://www.gmes-atmosphere.eu/; [3] Mueller, R., Behrendt, T., Hammer, A., and Kemper, A.: A New Algorithm for the Satellite-Based Retrieval of Solar Surface Irradiance in Spectral Bands, Remote Sensing, 4, 622–647, 2012; [4] https://www.tirol.gv.at/statistik-budget/tiris/tiris-anwendungen/solar-tirol/.
EURAC_RGB_P (timeseries) (EURAC_RGB_P:EURAC_RGB_P)
EURAC RGB timeseries layer
EURAC_RGB_P.alps (satellite_images:EURAC_RGB_P.alps)
MODIS true colour RGB satellite image of the day Letzte Bildaufnahme der MODIS Sensoren (Moderate-resolution Imaging Spectroradiometer) der beiden NASA Satelliten AQUA und TERRA welche von der EURAC Satellitenempfangsstation auf dem Rittner Horn empfangen werden. Die Satelliten liefern 2 bis 3 mal täglich Daten vom Alpen Raum und werden in "near real time" im EURAC Rechenzentrum bearbeitet um ein "true colour" RGB Bild zu erzeugen.
EURAC_RGB_P.alps.H.2012.1203.1210 (processor:EURAC_RGB_P.alps.H.2012.1203.1210)
EURAC_RGB_P.alps.H.2013.1010.1217 (processor:EURAC_RGB_P.alps.H.2013.1010.1217)
EURAC_RGB_P.alps.H.2013.1015.1235 (processor:EURAC_RGB_P.alps.H.2013.1015.1235)
EURAC_RGB_P.alps.H.2013.1015.1235TEST (processor:EURAC_RGB_P.alps.H.2013.1015.1235TEST)
EURAC_RGB_P.carpathians.H.2013.0216.1008 (EURAC_RGB_P:EURAC_RGB_P.carpathians.H.2013.0216.1008)
EURAC_RGB_P.carpathians.H.2013.0216.1152 (EURAC_RGB_P:EURAC_RGB_P.carpathians.H.2013.0216.1152)
EURAC_RGB_P.carpathians.H.2013.0219.0902 (EURAC_RGB_P:EURAC_RGB_P.carpathians.H.2013.0219.0902)
EURAC_RGB_P.lebanon.H.2013.0219.0902 (EURAC_RGB_P:EURAC_RGB_P.lebanon.H.2013.0219.0902)
EURAC_RGB_P.morocco.H.2013.0216.1331 (EURAC_RGB_P:EURAC_RGB_P.morocco.H.2013.0216.1331)
EURAC_RGB_P_carpathians (EURAC_RGB_P:EURAC_RGB_P_carpathians)
MODIS RGB from the EURAC Receiving Station over the Carpathian region
EURAC_SNOW_COMPOSITE_P_CM1 (timeseries) (EURAC_SNOW_COMPOSITE_P:EURAC_SNOW_COMPOSITE_P_CM1)
EURAC_SNOW_COMPOSITE_P_CM1 timeseries layer with the file naming convention _MOD_CM-SNW1_-AA.tif
EURAC_SNOW_MERGE (EURAC_SNOW_MERGE:EURAC_SNOW_MERGE)
EURAC SNOW MERGE MODIS product from SAO
EURAC_SNOW_P (timeseries) (EURAC_SNOW_P:EURAC_SNOW_P)
EURAC_SNOW_P timeseries layer
EURAC_SUNH_YEAR (EURAC_SOLARRADIATION_P:EURAC_SUNH_YEAR)
Serie temporale (2004-2013) della durata media del soleggiamento annuale (eliofania) su un singolo pixel espressa in ore, "h". Le superfici inclinate sono state ottenute mediante un Modello Digitale della Superficie (Digital Surface Model, DSM) avente risoluzione di 0.5m. Il modello digitale della superficie è stato ottenuto dai dati raccolti in seguito ad una campagna condotta nell'autunno del 2013 utilizzando un laser scan. In questo modello si tiene conto sia delle montagne (far shading) sia degli ostacoli (near shading) circostanti. Questi dati sono stati calcolati nell'ambito del progetto EFRE Programme Interreg IV ITA-AUT finanziato dall'Alto Adige [1]. [1] https://www.tirol.gv.at/statistik-budget/tiris/tiris-anwendungen/solar-tirol/.
EURAC_SUNH_YEAR_25m (EURAC_SOLARRADIATION_P:EURAC_SUNH_YEAR_25m)
Serie temporale (2004-2013) della durata media del soleggiamento annuale (eliofania) su un singolo pixel espressa in ore, "h". Le superfici inclinate sono state ottenute mediante un Modello Digitale del Terreno (Digital Terrain Model, DTM) avente risoluzione di 25 m. Il modello digitale del terreno è stato ottenuto dai dati raccolti in seguito ad una campagna condotta nell'autunno del 2006 utilizzando un laser scan. In questo modello si tiene conto sia delle montagne (far shading) sia degli ostacoli (near shading) circostanti. Questi dati sono stati calcolati nell'ambito del progetto EFRE Programme Interreg IV ITA-AUT finanziato dall'Alto Adige [1]. [1] https://www.tirol.gv.at/statistik-budget/tiris/tiris-anwendungen/solar-tirol/.
solar PV electric energy yield CdTe overallMonthlyMean_Oct(2004-12) (PVALPS_EURAC:E_yield_200410_201210_cdte)
solar PV electric energy yield pcSi overallMonthlyMean_Oct(2004-12) (PVALPS_EURAC:E_yield_200410_201210_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_Nov(2004-12) (PVALPS_EURAC:E_yield_200411_201211_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_Nov(2004-12) (PVALPS_EURAC:E_yield_200411_201211_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_Dec(2004-12) (PVALPS_EURAC:E_yield_200412_201212_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_Dec(2004-12) (PVALPS_EURAC:E_yield_200412_201212_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_Jan(2004-12) (PVALPS_EURAC:E_yield_20041_20121_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_Jan(2004-12) (PVALPS_EURAC:E_yield_20041_20121_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_Feb(2004-12) (PVALPS_EURAC:E_yield_20042_20122_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_Feb(2004-12) (PVALPS_EURAC:E_yield_20042_20122_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_Mar(2004-12) (PVALPS_EURAC:E_yield_20043_20123_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_Mar(2004-12) (PVALPS_EURAC:E_yield_20043_20123_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_Apr(2004-12) (PVALPS_EURAC:E_yield_20044_20124_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_Apr(2004-12) (PVALPS_EURAC:E_yield_20044_20124_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_May(2004-12) (PVALPS_EURAC:E_yield_20045_20125_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_May(2004-12) (PVALPS_EURAC:E_yield_20045_20125_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_Jun(2004-12) (PVALPS_EURAC:E_yield_20046_20126_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_Jun(2004-12) (PVALPS_EURAC:E_yield_20046_20126_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_Jul(2004-12) (PVALPS_EURAC:E_yield_20047_20127_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_Jul(2004-12) (PVALPS_EURAC:E_yield_20047_20127_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_Aug(2004-12) (PVALPS_EURAC:E_yield_20048_20128_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_Aug(2004-12) (PVALPS_EURAC:E_yield_20048_20128_pcsi)
Abstract
solar PV electric energy yield CdTe overallMonthlyMean_Sep(2004-12) (PVALPS_EURAC:E_yield_20049_20129_cdte)
Abstract
solar PV electric energy yield pcSi overallMonthlyMean_Sep(2004-12) (PVALPS_EURAC:E_yield_20049_20129_pcsi)
Abstract
solar PV electric energy yield CdTe overallYearlyMean_(2004-12) (PVALPS_EURAC:E_yield_2004_2012_cdte_overallYearlyMean)
PV electric energy yield pcSi overallYearlyMean (2004-12) (PVALPS_EURAC:E_yield_2004_2012_pcsi_overallYearlyMean)
PV ALPS: Photovoltaik-Jährliche Ertragsprognose in den Jahren 2004 bis 2012
Grundkarte_Lotto-Est_F01000IA (basedata:F01000IA)
Grundkarte_07_Lotto-Ovest_F01000LA (basedata:F01000LA)
Grundkarte_Lotto-Est_F02000IA (basedata:F02000IA)
Grundkarte_07_Lotto-Ovest_F02000LA (basedata:F02000LA)
Grundkarte_Lotto-Est_F03000IA (basedata:F03000IA)
Grundkarte_07_Lotto-Ovest_F03000LA (basedata:F03000LA)
Grundkarte_Lotto-Est_F04000IA (basedata:F04000IA)
Grundkarte_07_Lotto-Ovest_F04000LA (basedata:F04000LA)
Grundkarte_Lotto-Est_F05000IA (basedata:F05000IA)
Grundkarte_07_Lotto-Ovest_F05000LA (basedata:F05000LA)
Grundkarte_Lotto-Est_F06000IA (basedata:F06000IA)
Grundkarte_07_Lotto-Ovest_F06000LA (basedata:F06000LA)
Forest change map 2009-2010 (EUFODOS_EURAC:FOREST_CHANGE_MAP_2009-2010)
The high-resolution forest change map was generated for the region South Tyrol in the scope of the EUFODOS project. The product provides binary information on yearly forest changes starting from 2009-2010 and shows changes related to events of both natural (e.g. storm events, avalanches) and human (e.g. land use changes) nature. A bi-temporal change detection (CD) approach was applied within the GEOLAND forest mask to address two main issues: 1) map known and reported changes in the South Tyrolean forests that are yet to be mapped; 2) Identify and map unknown forest damages. The CD is based on RapidEye imagery collected on a yearly basis for the summer period. Service Area: The CD product was developed for the province of South Tyrol (7400km2). The coverage of the CD product, is however, dependent on the existence of cloud cover and on the availability of imagery for filling the gaps. For this reason, the area covered within each year varies. The available area per year is considered and represented in the final product. Mapping Classes and Definition: Four thematic classes: -1: No Data (area outside the borders of South Tyrol). 0: No change (area within the GEOLAND forest mask where no changes were detected), 1: Changes (area within the GEOLAND forest mask where changes were detected) 2: Data gaps (area excluded from the change detection due to the presence of clouds) Update Frequency: on demand & yearly Geographic Reference System: UTM zone 32 Spatial Representation: Geo-referenced thematic raster and vector data Spatial resolution: 6.5 m by 6.5 m Minimum Mapping Unit: 0.1 ha (24 RapidEye pixels) Format: Thematic raster layer (TIFF-Format) Metadata: INSPIRE compliant metadata as Annex to the product
Forest change map 2010-2011 (EUFODOS_EURAC:FOREST_CHANGE_MAP_2010-2011)
The high-resolution forest change product was generated for the region South Tyrol in the scope of the EUFODOS project. The product provides binary information on yearly forest changes starting from 2009-2010 and shows changes related to events of both natural (e.g. storm events, avalanches) and human (e.g. land use changes) nature. A bi-temporal change detection (CD) approach was applied within the GEOLAND forest mask to address two main issues: 1) map known and reported changes in the South Tyrolean forests that are yet to be mapped; 2) Identify and map unknown forest damages. The CD is based on RapidEye imagery collected on a yearly basis for the summer period. Service Area: The CD product was developed for the province of South Tyrol (7400km2). The coverage of the CD product, is however, dependent on the existence of cloud cover and on the availability of imagery for filling the gaps. For this reason, the area covered within each year varies. The available area per year is considered and represented in the final product. Mapping Classes and Definition: Four thematic classes: -1: No Data (area outside the borders of South Tyrol). 0: No change (area within the GEOLAND forest mask where no changes were detected), 1: Changes (area within the GEOLAND forest mask where changes were detected) 2: Data gaps (area excluded from the change detection due to the presence of clouds) Update Frequency: on demand & yearly Geographic Reference System: UTM zone 32 Spatial Representation: Geo-referenced thematic raster and vector data Spatial resolution: 6.5 m by 6.5 m Minimum Mapping Unit: 0.1 ha (24 RapidEye pixels) Format: Thematic raster layer (TIFF-Format) Metadata: INSPIRE compliant metadata as Annex to the product
Forest change map 2011-2012 (EUFODOS_EURAC:FOREST_CHANGE_MAP_2011-2012)
The high-resolution forest change product was generated for the region of South Tyrol in the scope of the EUFODOS project. The product provides binary information on yearly forest changes starting from 2009-2010 revealing changes related to events of both natural (e.g. storm events, avalanches) and human (e.g. land use changes) nature. A bi-temporal change detection (CD) approach was applied within the GEOLAND forest mask to address two main issues: 1) map known and reported changes in the South Tyrolean forests that are yet to be mapped; 2) Identify and map unknown forest damages. The CD is based on RapidEye imagery collected on a yearly basis for the summer period. Service Area: The CD product was developed for the province of South Tyrol (7400km2). The coverage of the CD product, is however, dependent on the existence of cloud cover and on the availability of imagery for filling the gaps. For this reason, the area covered within each year varies. The available area per year is considered and represented in the final product. Mapping Classes and Definition: Four thematic classes: -1: No Data (area outside the borders of South Tyrol). 0: No change (area within the GEOLAND forest mask were no changes were detected), 1: Changes (area within the GEOLAND forest mask were changes were detected) 2: Data gaps (area excluded from the change detection due to the presence of clouds) Update Frequency: on demand & yearly Geographic Reference System: UTM zone 32 Spatial Representation: Geo-referenced thematic raster and vector data Spatial resolution: 6.5 m by 6.5 m Minimum Mapping Unit: 0.1 ha (24 RapidEye pixels) Format: Thematic raster layer (TIFF-Format) Metadata: INSPIRE compliant metadata as Annex to the product
Forest change map 2012-2013 (EUFODOS_EURAC:FOREST_CHANGE_MAP_2012-2013)
The high-resolution forest change product was generated for the region South Tyrol in the scope of the EUFODOS project. The product provides binary information on yearly forest changes starting from 2009-2010 and shows changes related to events of both natural (e.g. storm events, avalanches) and human (e.g. land use changes) nature. A bi-temporal change detection (CD) approach was applied within the GEOLAND forest mask to address two main issues: 1) map known and reported changes in the South Tyrolean forests that are yet to be mapped; 2) Identify and map unknown forest damages. The CD is based on RapidEye imagery collected on a yearly basis for the summer period. Service Area: The CD product was developed for the province of South Tyrol (7400km2). The coverage of the CD product, is however, dependent on the existence of cloud cover and on the availability of imagery for filling the gaps. For this reason, the area covered within each year varies. The available area per year is considered and represented in the final product. Mapping Classes and Definition: Four thematic classes: -1: No Data (area outside the borders of South Tyrol). 0: No change (area within the GEOLAND forest mask where no changes were detected), 1: Changes (area within the GEOLAND forest mask where changes were detected) 2: Data gaps (area excluded from the change detection due to the presence of clouds) Update Frequency: on demand & yearly Geographic Reference System: UTM zone 32 Spatial Representation: Geo-referenced thematic raster and vector data Spatial resolution: 6.5 m by 6.5 m Minimum Mapping Unit: 0.1 ha (24 RapidEye pixels) Format: Thematic raster layer (TIFF-Format) Metadata: INSPIRE compliant metadata as Annex to the product
GEOLOGICAL MAP ALPINE REGION -- TODO: Add correct projection!!!! (basedata:GeoEinheit)
Geological Map of Alpine region with extended borders.
GeoLafis (basedata:GeoLafis_2010)
Geologie_ST (basedata:Geologie_ST)
INTpnt_OTHERS_Kar_area_utm34n_WDPA (carpathianproject:INTpnt_OTHERS_Kar_area_utm34n_WDPA)
solar irradiance overallMonthlyMean_Oct(2004-12) (PVALPS_EURAC:I_glo_200410_201210)
Abstract
solar irradiance overallMonthlyMean_Nov(2004-12) (PVALPS_EURAC:I_glo_200411_201211)
Abstract
solar irradiance overallMonthlyMean_Dec(2004-12) (PVALPS_EURAC:I_glo_200412_201212)
Abstract
solar irradiance overallMonthlyMean_Jan(2004-12) (PVALPS_EURAC:I_glo_20041_20121)
Abstract
solar irradiance overallMonthlyMean_Feb(2004-12) (PVALPS_EURAC:I_glo_20042_20122)
Abstract
solar irradiance overallMonthlyMean_Mar(2004-12) (PVALPS_EURAC:I_glo_20043_20123)
Abstract
solar irradiance overallMonthlyMean_Apr(2004-12) (PVALPS_EURAC:I_glo_20044_20124)
Abstract
solar irradiance overallMonthlyMean_May(2004-12) (PVALPS_EURAC:I_glo_20045_20125)
Abstract
solar irradiance overallMonthlyMean_Jun(2004-12) (PVALPS_EURAC:I_glo_20046_20126)
Abstract
solar irradiance overallMonthlyMean_Jul(2004-12) (PVALPS_EURAC:I_glo_20047_20127)
Abstract
solar irradiance overallMonthlyMean_Aug(2004-12) (PVALPS_EURAC:I_glo_20048_20128)
Abstract
solar irradiance overallMonthlyMean_Sep(2004-12) (PVALPS_EURAC:I_glo_20049_20129)
Abstract
solar irradiance overallYearlyMean_(2004-12) (PVALPS_EURAC:I_glo_2004_2012_overallYearlyMean)
Abstract
UNESCO World heritage sites (carpathianproject:Kar_C_heritage_sites_wcpa_utm34N)
UNESCO world heritage sites in the Carpathian Project area.
Grundkarte_Lotto-Est_L01000IA (basedata:L01000IA)
Grundkarte_07_Lotto-Ovest_L01000LA (basedata:L01000LA)
Grundkarte_Lotto-Est_L02000IA (basedata:L02000IA)
Grundkarte_07_Lotto-Ovest_L02000LA (basedata:L02000LA)
Grundkarte_Lotto-Est_L03000IA (basedata:L03000IA)
Grundkarte_07_Lotto-Ovest_L03000LA (basedata:L03000LA)
Grundkarte_Lotto-Est_L05000IA (basedata:L05000IA)
Grundkarte_07_Lotto-Ovest_L05000LA (basedata:L05000LA)
Grundkarte_Lotto-Est_L06000IA (basedata:L06000IA)
Grundkarte_07_Lotto-Ovest_L06000LA (basedata:L06000LA)
Grundkarte_Lotto-Est_L07000IA (basedata:L07000IA)
Grundkarte_07_Lotto-Ovest_L07000LA (basedata:L07000LA)
Grundkarte_Lotto-Est_L09000IA (basedata:L09000IA)
Grundkarte_07_Lotto-Ovest_L09000LA (basedata:L09000LA)
Natural Reserves (basedata:Landschaftsschutzgebiete)
Mezzo_unico (basedata:Mezzo_unico)
NPP_VSCM_L2.12184125533.SNOWCOVER (level2:NPP_VSCM_L2.12184125533.SNOWCOVER)
NPP_VSCM_L2.12191122337.SNOWCOVER (level2:NPP_VSCM_L2.12191122337.SNOWCOVER)
NPP_VSCM_L2.12194095016.SNOWCOVER (level2:NPP_VSCM_L2.12194095016.SNOWCOVER)
NUTS2 administrative areas (carpathianproject:NUTS2_carpathian_area)
NUTS 2 Administrative units / Statistical units for the Carpathian Project Area
NUTS3 for Alpine region (basedata:NUTS3_Grenzen)
NUTS3 for Alpine region
NUTS3 administrative areas (carpathianproject:NUTS3_carpathian_area)
NUTS3 Administrative Boundaries Carpathian Project Area
Nationalpark (basedata:Nationalpark_Naturparke)
Grundkarte_Lotto-Est_P02000IA (basedata:P02000IA)
Grundkarte_07_Lotto-Ovest_P02000LA (basedata:P02000LA)
Grundkarte_Lotto-Est_P03000IA (basedata:P03000IA)
Grundkarte_07_Lotto-Ovest_P03000LA (basedata:P03000LA)
Grundkarte_Lotto-Est_P06000IA (basedata:P06000IA)
Grundkarte_07_Lotto-Ovest_P06000LA (basedata:P06000LA)
Grundkarte_Lotto-Est_P07000IA (basedata:P07000IA)
Grundkarte_07_Lotto-Ovest_P07000LA (basedata:P07000LA)
Grundkarte_Lotto-Est_P09000IA (basedata:P09000IA)
Grundkarte_07_Lotto-Ovest_P09000LA (basedata:P09000LA)
Grundkarte_Lotto-Est_P10000IA (basedata:P10000IA)
Grundkarte_07_Lotto-Ovest_P10000LA (basedata:P10000LA)
Inhabitants per km2 (NUTS3) (carpathianproject:Population_Development_NUTS3_)
Radarsat_20100501_SMCMap (HiResAlp:Radarsat_20100501_SMCMap)
Reakart_2001 (basedata:Reakart_2001)
Relief_carpathian_project_area_SRTM (carpathianproject:Relief_carpathian_project_area_SRTM)
South Tyrol NUTS3 (basedata:ST_UTM_zone32)
South Tyrol NUTS3
Seen-Gewaesserguete (basedata:Seen-Gewaesserguete)
Skipisten_2005_UTM (basedata:Skipisten_2005_UTM)
SkiSlopes
South Tyrol Hydro Stations (basedata:South_Tyrol_Hydro_Stations)
South Tyrol Hydro Stations
Natural color (true color) (SENTINEL2:TRUE_COLOR)
Based on bands 4,3,2
Natural color (true color) (SENTINEL:TRUE_COLOR)
Based on bands 4,3,2
Tourism_Intensity_2005_NUTS2 (carpathianproject:Tourism_Intensity_2005_NUTS2)
This layer shows the number of tourists per 1000 inhabitants in the Carpathian Project Area per NUTS2 region.
Vetta_linee (basedata:Vetta_linee)
Vetta_poly (basedata:Vetta_poly)
vegetation_1991 (basedata:a_ve_ak_UTM)
bluemarble_jpeg_small (basedata:bluemarble_jpeg_small)
bluemarble_jpeg_small_new (basedata:bluemarble_jpeg_small_new)
Carpathian Project Area (carpathianproject:carpathian_project_area)
Bolzano-Bozen districts (basedata:circoscr_UTM)
Bolzano-Bozen districts
DISTRICT AND PARCEL BOUNDARIES, BOLZANO-BOZEN (basedata:dati_mar_010)
DISTRICT AND PARCEL BOUNDARIES, BOLZANO-BOZEN
dgm_20m_ (basedata:dgm_20m_)
fiumi_utm (basedata:fiumi_utm)
RiverNetwork
Forest Cover Map 2012 (EUFODOS_EURAC:forest_cover_map_2012)
The high-resolution tree type map was generated for the region South Tyrol in the scope of the EUFODOS project. The product provides information on the coniferous and broadleaf tree cover distribution derived from multi-temporal, high resolution RapidEye images for 2012. A machine learning classification method (Support Vector Machine) was used to distinguish between coniferous, broadleaf and non-forest based on reference data retrieved from the GEOLAND P-EL-05 layer (forest type). Service Area: The tree type product provides a full coverage of the province of South Tyrol (7400km2). Mapping Classes and Definition: Thematic classes: 0 - No Data 1 - Broadleaf Forest 2 - Coniferous Forest 3 - No Forest Update Frequency: 5 - years Geographic Reference System: UTM zone 32 Spatial Representation: Geo-referenced thematic raster and vector data Spatial resolution: 6.5 m by 6.5 m Minimum Mapping Unit: 0.05 ha (12 RapidEye pixels) Format: Thematic raster layer (TIFF-Format) Metadata: INSPIRE compliant metadata as Annex to the product
geo_inq (basedata:geo_inq)
haltestellen_180705 (basedata:haltestellen_180705)
Main Lakes (carpathianproject:kar_C_lakes_esri_utm34N_)
Main Lakes in the Carpathian Project Area
Major towns (carpathianproject:kar_towns_studyArea_esri)
Large settlements within the Carpathian Project Area
linee_inq (basedata:linee_inq)
merano_06_2008 (basedata:merano_06_2008)
mte_Cavallino (basedata:mte_Cavallino)
oldE_yield_2004_2012_pcsi_overallYearlyMean (PVALPS_EURAC:oldE_yield_2004_2012_pcsi_overallYearlyMean)
PotentialSettlementArea (basedata:potdsg_utm)
rabbi_poli_UTM (basedata:rabbi_poli_UTM)
rad_global_Bressanone_1m_10_0.25_1 (satellite_images:rad_global_Bressanone_1m_10_0.25_1)
Solar radiation Bressanone doy 1
Realine (Reakart) (basedata:realine_ut)
Main Rivers (carpathianproject:rivers_KEO)
Main Rivers in the Carpathian Project area (UNEP)
Main Roads (carpathianproject:roads_KEO)
Main Roads in the Carpathian Project Area (UNEP Grid, KEO)
sentinel2A_RGB_raw (timeseries:sentinel2A_RGB_raw)
Grassland_2007 (basedata:sitisuolo_2007)
Solar radiation overallYearlyMean_2004_2012 (PVALPS_EURAC:solar_radiation_overallYearlyMean_2004_2012)
vegetation carbonat (basedata:veg_carbonat_UTM)
vegetation silikat (basedata:veg_silikat_UTM)
South Tyrol Cadastre parcels (basedata:vz01_utm)
Wood Types South Tyrol (basedata:waldtypen)
bluemarble_jpeg_small_new1 (basedata:world)
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