Type
service-view
517 record(s)
Type of resources
Available actions
INSPIRE themes
Keywords
Contact for the resource
orgNameSNIG
Provided by
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geoDescCode
cartografia
geographicCoverage
geographicCoverageDesc
inspirecore
hvd
referenceDateRange
denominatorRange
resolutionRange
dataPolicy
openServiceType
dataType
dataFormat
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Three-hourly forecast maps of accumulated precipitation in mm/3h in the Iberian Peninsula, generated with the AROME model at 00UTC for the next 48 hours. This visualization service includes the individual layers and also a multidimensional layer that brings all of them together.
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Three-hourly forecast maps of wind direction and intensity at 10 meters in the Iberian Peninsula, generated with the AROME model at 12UTC for the next 48 hours. This visualization service includes the individual layers and also a multidimensional layer that brings all of them together.
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Map of the seasonal maximum air temperature, mean values of the period 1971-2000, obtained by multivariate regression with altitude and distance to the coast, explanatory variables, and ordinary kriging of residues.
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Three-hourly forecast maps of accumulated precipitation in mm/3h in the Atlantic region, generated daily from ECMWF data, with forecasts every 3 hours of the current day from 00h to the next 120 hours. This visualization service includes the individual layers and also a multidimensional layer that brings all of them together.
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Visualization service (WMS) from monthly total precipitation, during the period 1971-2000, obtained by multivariate regression with altitude and distance to the coast, explanatory variables, and ordinary kriging of residues.
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Web Map Visualization, INSPIRE (ISO19128-WMS 1.3.0) compliance, of the monthly mean air temperature, mean values of the period 1971-2000, obtained by multivariate regression with altitude and distance to the coast, explanatory variables, and ordinary kriging of residues.
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Visualization service (WMS) from monthly maximum air temperature, mean values of the period 1971-2000, obtained by multivariate regression with altitude and distance to the coast, explanatory variables, and ordinary kriging of residues.
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This project aims to characterize the evolution of the coastline during the Quaternary and discern what were the contributions to this evolution: 1) neotectonic, 2) eustatic variations and 3) sedimentary transport.
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Visualization service (WMS) from Map of the monthly total precipitation, during the period 1971-2000, obtained by multivariate regression with altitude and distance to the coast, explanatory variables, and ordinary kriging of residues.
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Visualization service (WMS) from monthly minimum air temperature, mean values of the period 1971-2000, obtained by multivariate regression with altitude and distance to the coast, explanatory variables, and ordinary kriging of residues.