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  • Weather Radar
    utilizes reflectivity data from weather radars located at Rømø Sindal and Virring where composite images are generated over the Skjern catchment New algorithms are being developed for Quantitative Precipitation Estimation while considering the local bias and distance dependent bias in

    Original URL path: http://www.hobe.dk/index.php/weather-radar?tmpl=component&print=1&page= (2016-05-02)
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  • Greenhouse Gasses
    Greenhouse Gasses Sensors which measure greenhouse gasses have been installed at three fieldsites Fluxes of CO2 CH4 and N2O are recorded

    Original URL path: http://www.hobe.dk/index.php/gasses?tmpl=component&print=1&page= (2016-05-02)
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  • Airborne Campaigns
    temporal resolution More information on the SMOS mission can be found under http www esa int SPECIALS smos http www cesbio ups tlse fr SMOS blog http www cesbio ups tlse fr fr smos smos calval html CalVal experiment In the context of SMOS Calibration Validation activities an airborne campaign took place in the Skjern River Catchment Denmark Between April 26 and May 10 2010 4 flights with the L band radiometer EMIRAD 2 built at the Technical University of Denmark DTU and concurrent ground sampling within three patches were carried out At the beginning of each flight external calibration took place over open water in the Ringkøbing fjord subsequently 10 tracks were flown over the SMOS pixel EMIRAD 2 has two antennas measuring at 0 and 40 degree incidence angle and horizontal and vertical polarizations respectively The 2000 m flight altitude resulted in an approximate EMIRAD footprint size of 1 4 km The ground sampling patches had sizes of 2x2km and were selected as homogeneously as possible and to cover the prevailing land cover and soil conditions namely agriculture heath and forest and very sandy soils Theta probe moisture readings of the mineral soil were taken on 6 lines at regular spacing In case of forest and heath readings were also taken in the organic surface layers thus reducing the total number of points measured Additionally several soil and organic samples were taken on each sampling day At the beginning and towards the end of the campaign auxiliary measurements were taken Surface roughness was measured on a flat barley field and on a potato field with distinct row structure to span the entire range of expected conditions Destructive vegetation sampling was carried out within the agriculture and heath patches for the estimation of the vegetation water content During each

    Original URL path: http://www.hobe.dk/index.php/airborne-campaigns?tmpl=component&print=1&page= (2016-05-02)
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  • Models
    An important element in this regard is the application of an integrated and distributed model for the entire Skjern catchment The model integrates all important hydrological processes occurring at catchment scale and serves as an integrating tool for the project

    Original URL path: http://www.hobe.dk/index.php/models?tmpl=component&print=1&page= (2016-05-02)
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  • Surface-ground water interaction: From watershed processes to hyporheic exchange event registration
    Modeling WP8 Data Center WP9 Management Education WP10 Isotopes and hydrological fluxes Data Live Data Contact Staff You are here Home Registration Courses Surface ground water interaction From watershed processes to hyporheic exchange 27 06 2016 9 00 am Geocenter Undervisningslokale 14 Area 4 5th International COSMOS Workshop 22 08 2016 8 00 am Forest and Landscape College Registration Please enter information in the form below to register for Surface

    Original URL path: http://www.hobe.dk/index.php/registration/surface-ground-water-interaction-from-watershed-processes-to-hyporheic-exchange/individual-registration (2016-05-02)
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  • Meetings
    on a waiting list Participants April 19th Rasmus Jes Petersen Aarhus University Aklilu Teklesadik Vrij University of Brussels Miguel Rodríguez Rodríguez University Pablo de Olavide Seville Christian Prinds Aarhus University Mads Steiness University of Copenhagen Quoc Quan Tran University of Leuven Sarah Mutua Vrij University of Brussels Ádám Tóth Eötvös Loránd University Petra Bodor Eötvös Loránd University Chrysoula Ntislidou Aristotle University Timea Havril Eötvös Loránd University Tanu Singh University of Birmingham Catharina Madsen University of Copenhagen Mikkel Madsen Østerbye University of Copenhagen Sergio Martos Rosillo Geological Survey of Spain Alvin Rujweka Vrij University of Brussels Mehrdis Danapour University of Copenhagen Tabea Broecker TU Berlin Weishi Wang University of Potsdam Antoine Di Ciacca University of Leuven and SCK CEN Liwen Wu Leibniz Institute for fresh water ecology and inland fisheries Jaime Gaona Garcia Leibniz Institute for fresh water ecology and inland fisheries Miriam Ibenthal University of Rostock Ronni Fjordvald Søe Aalborg University Muhammad Bin Reza IWW Rheinisch Westfälisches Institut für Wasser Beratungs und Entwicklungsgesellschaft Ana Fernández Ayuso Pablo de Olavide University Seville Spain Event Date 27 06 2016 9 00 am Event End Date 01 07 2016 5 00 pm Registration Start Date 05 02 2016 9 00 am Cut off date 27 05 2016 4 00 pm Register Individual Details 5th International COSMOS Workshop August 22nd 24th 2016 in Copenhagen Denmark COSMOS is the COsmic ray Soil Moisture Observing System Objectives The cosmic ray neutron method is an emerging and promising technology for non destructive moisture measurements of the top 10 50 cm of the subsurface within a hectometer footprint The fifth international COSMOS workshop will focus on the latest progress and current challenges of cosmic ray neutron monitoring and modeling Special focus will be on improvements of calibration better understanding of neutron response to moisture changes and new applications

    Original URL path: http://www.hobe.dk/index.php/registration/meetings/index.php (2016-05-02)
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  • Registration
    Site Stream Sites Catchment Workpackages WP1 Precipitation WP2 Evapotranspiration WP3 Soil Moisture Recharge WP4 Aquifer Interactions WP5 Groundwater Dynamics WP6 Greenhouse Gasses WP7 Integrated Modeling WP8 Data Center WP9 Management Education WP10 Isotopes and hydrological fluxes Data Live Data Contact Staff You are here Home Registration Courses Surface ground water interaction From watershed processes to hyporheic exchange 27 06 2016 9 00 am Geocenter Undervisningslokale 14 Area 4 5th International

    Original URL path: http://www.hobe.dk/index.php/registration/geocenter-undervisningslokale-14-area-4/view-map (2016-05-02)
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  • Event Categories
    Stream Sites Catchment Workpackages WP1 Precipitation WP2 Evapotranspiration WP3 Soil Moisture Recharge WP4 Aquifer Interactions WP5 Groundwater Dynamics WP6 Greenhouse Gasses WP7 Integrated Modeling WP8 Data Center WP9 Management Education WP10 Isotopes and hydrological fluxes Data Live Data Contact Staff You are here Home Registration Courses Surface ground water interaction From watershed processes to hyporheic exchange 27 06 2016 9 00 am Geocenter Undervisningslokale 14 Area 4 5th International COSMOS

    Original URL path: http://www.hobe.dk/index.php/registration/geocenter-undervisningslokale-14-area-4/map,marker%29; (2016-05-02)
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