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207 record(s)

 

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From 1 - 10 / 207

  • BfG MapService 'CC_GAR_Prec_2000_2100', OGC:WMS 1.3.0; The maps and data sets summarise climate change information resulting from a well defined ensemble of 14 regional climate simulations (mainly based on EU-ENSEMBLES) for periods 2021 to 2050 and 2071 to 2100. The information are expressed as change of air temperature and precipitation with respect to the simulated present (1971-2000) averaged over meteorological seasons and 50km grid boxes. Based on the ensemble, a high, central and low estimate of the possible future development is given.

  • BfG MapService 'CC_GAR_Temp_2000_2100', OGC:WMS 1.3.0; The maps and data sets summarise climate change information resulting from a well defined ensemble of 14 regional climate simulations (mainly based on EU-ENSEMBLES) for periods 2021 to 2050 and 2071 to 2100. The information are expressed as change of air temperature and precipitation with respect to the simulated present (1971-2000) averaged over meteorological seasons and 50km grid boxes. Based on the ensemble, a high, central and low estimate of the possible future development is given.

  • BfG MapService 'CC_GAR_Temp_2000_2050', OGC:WMS 1.3.0; The maps and data sets summarise climate change information resulting from a well defined ensemble of 14 regional climate simulations (mainly based on EU-ENSEMBLES) for periods 2021 to 2050 and 2071 to 2100. The information are expressed as change of air temperature and precipitation with respect to the simulated present (1971-2000) averaged over meteorological seasons and 50km grid boxes. Based on the ensemble, a high, central and low estimate of the possible future development is given.

  • Karte 3.5 stellt dar die mittlere jährliche Abflusshöhe der Bundesrepublik Deutschland als Rasterfelddarstellung in einer Auflösung von ca. 1km² bezogen auf den Zeitraum 1961-1990 (MhA 61-90). Die Abflusshöhe [mm/a] (bzw. Abflussspende [l/s*km²]) gibt den an einem bestimmten Gerinnequerschnitt beobachteten Durchfluss bezogen auf das zugehörige Einzugsgebiet wieder.

  • The Southern Africa Flow Database, established between 1992 and 1997 to support rainfall-runoff modelling, contains flow time series data from about 815 stations across Southern Africa (SA). Initially hosted at the University of Dar es Salaam during the SA FRIEND Phase I and maintained by CEH in Wallingford in Phase II, the SA Flow Database is operated by GRDC since November 2010.

  • Wasserschutzgebiete Baden-Württembergs sichtbar im Maßsabsbereich 1:1 bis 1:499925. Bereitgestellt vom LUBW.

  • The Global Terrestrial Network for River Discharge (GTN-R) is the river discharge component of the Global Terrestrial Network - Hydrology (GTN-H) to support the Global Climate Observing System (GCOS) and the Hydrology and Water Resources Programme of the WMO (HWRP). The basic idea of the GTN-R project is to draw together the already available discharge data provided by the National Hydrological Services (NHS) and to redistribute it in a standardised way. Core component is the GCOS Baseline River Network of gauging stations located near the mouth of the world's major rivers. In cooperation with the Hydrological Services of the WMO Member States this network is continually being extended by confirmation of additional stations.GRDC contributes to the GTN-H by collection of discharge data. Access to GTN-R data follows GRDC's data policy of free and unrestricted but identified access and is limited to noncommercial applications. Use the GCOS/GTN-R stations catalogue to create your individual list of project stations for download via GRDC Data Portal.

  • BfG MapService 'KLIWAS_Projektuebersicht', OGC:WMS 1.3.0 Kartendienst gibt eine Übersicht zum KLIWAS Forschungsprogramm und den Untersuchungsgebieten der einzelnen Projekte. Über die FeatureInfo-Abfrage lassen sich die Kontakdetails der Ansprechpartner sowie der Link zur Projektseite der KLIWAS- Webseite abfragen.

  • Die SedDB verbindet die für die Binnenwasserstraßen vorliegenden Feststofftransportdaten (Geschiebe und Schwebstoff aus Vollprofilmessungen) mit den sedimentologischen Daten der Gewässersohle (Kornverteilung, Schichtaufbau, Sohlbeschreibung etc.) in einer Datenhaltung und macht sie für morphologische Anwendungen (quantitative Fragestellungen), für ökologische und qualitativ-gewässerkundliche Fragestellungen verfügbar.

  • Hier sind Metadaten (19115/19119) für die MSRL bereitgestellt.

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