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  • HOBE - Center for Hydrology - Hydrological Observatory
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    Original URL path: http://www.hobe.dk/index.php/component/mailto/?tmpl=component&template=cleanlogic&link=4f3147bffcc3151cbea58c6b177d999a19f67220 (2016-05-02)
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  • WP7 - Integrated Modeling
    recommendations for use of data on precipitation evapotranspiration and groundwater outflow 6 To simulate the hydrological consequences of climate change Work content Task 1 Joint interpretation of geological hydraulic and geophysical data A general inversion algorithm for inversion of very large geophysical datasets will be developed It will use a 3D model defined spatially in a grid divided into rectangular or triangular grid cells The algorithm will have the fundamental extensions 1 the basic formulation is in 3D 2 scalable to large datasets and 3 the model description is moved from the physical measurement positions of the geophysical data to a uniformly distributed model grid The grid based inversion algorithm will be extended to include geological a priori information not only in the nodes but also in between Task 2 Hydrological modeling and integration A fully integrated hydrological model for the entire catchment will be developed from the existing model using MIKE SHE This state of the art model will be able to describe the diurnal cycle of hydrological fluxes while accounting for the catchment scale dynamics and water balance The land surface parameterization will largely be based on remote sensing data The model will form the basis of a multi constraint optimization framework utilizing the unique suite of observational data time series available in HOBE including multiple point measurements of key hydrological variables and spatial information obtained from satellite sensors Scaling will be a key component of the modeling work both regarding model parameterization regionalization and evaluation against point measurements and spatial observations and other models Task 3 Hydrological modeling of climate change The hydrological consequences of future climate change and related changes in land use and irrigation will be analyzed The integrated hydrological model will be used for the hydrological predictions and the climate model HIRHAM will be

    Original URL path: http://www.hobe.dk/index.php/workpackages/wp7-integrated-modeling?tmpl=component&print=1&page= (2016-05-02)
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  • HOBE - Center for Hydrology - Hydrological Observatory
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    Original URL path: http://www.hobe.dk/index.php/component/mailto/?tmpl=component&template=cleanlogic&link=392e7d2760864ecce5327ed6bb2ac7ec5989b536 (2016-05-02)
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  • WP8 - Data Center
    source system that has been tailored to meet HOBE s needs Terrestris already has experience with creating solutions for the German research project TERENO which is one of HOBE s major collaboration partners Fresh project data is transfered via the internet to the database Historical data from key institutions in Denmark is also stored and presented in the database E g historical meteorological hydrological and geological data from the catchment

    Original URL path: http://www.hobe.dk/index.php/workpackages/wp8-data-center?tmpl=component&print=1&page= (2016-05-02)
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  • HOBE - Center for Hydrology - Hydrological Observatory
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    Original URL path: http://www.hobe.dk/index.php/component/mailto/?tmpl=component&template=cleanlogic&link=6ade77ca5e98f798d86bd3bd257c4af9978cbfe4 (2016-05-02)
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  • WP9 - Management & Education
    popular scientific journals and by presentations at national meetings for professionals in water authorities consulting companies and industry Task 4 Workshops and meetings The center arranges small workshops where scientists and students can exchange ideas A larger workshop has also be organized and international scientists participated Towards the end of the center period an international symposium will be organized preferably in collaboration with an international professional society Contact will be made to a relevant journal for organizing a special issue of selected papers presented at the final symposium Task 5 Dissemination A website www hobe dk contains general information about the center with contact coordinates for affiliates It is updated with results papers reports and a library of documents The data can be downloaded from a separate data website with special access Seminars and workshops are announced with on line registration Links to related international organizations are also provided Results may suggest important impacts on the water resources Such findings will be communicated to decision makers by press releases or directly Task 6 International collaboration The HOBE center has buildt strong links with a U S consortium for the advancement of hydrological sciences CUASHI and to the German research center

    Original URL path: http://www.hobe.dk/index.php/workpackages/wp9-management-education?tmpl=component&print=1&page= (2016-05-02)
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  • HOBE - Center for Hydrology - Hydrological Observatory
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    Original URL path: http://www.hobe.dk/index.php/component/mailto/?tmpl=component&template=cleanlogic&link=0ff4e8624f6309388fa4894e60374d540511c8fd (2016-05-02)
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  • All affiliated staff
    view it Department of Geosciences and Natural Resource Management KU Rasmus Jensen 45 35 32 25 81 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Department of Geosciences and Natural Resource Management KU Simon Stisen 45 38 14 27 78 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it GEUS Eline Haarder 45 35 32 24 02 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Department of Geosciences and Natural Resource Management KU Keld Rømer Rasmussen 45 87 15 63 81 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Department of Geoscience AU Esben Auken 45 87 15 63 83 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Department of Geoscience AU Flemming Vejen 45 39 15 73 14 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Danish Meteorological Institute Thomas Friborg 45 35 32 25 74 mobile 45 61 30 25 74 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Department of Geosciences and Natural Resource Management KU Anton Thomsen 45 87 15 77 15 mobile 45 20 71 18 10 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Department of Agroecology AU Majken Looms Zibar 45 35 32 24 44 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Department of Geosciences and Natural Resource Management KU Niels Skou 45 45 25 37 68 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Technical University of Denmark Peter Engesgaard 45 35 32 24 64 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Department of Geosciences and Natural Resource Management KU Xin He 45 50 10 02 64 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it GEUS Torben O Sonnenborg 45 91 33 36 35 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it GEUS Jens Christian Refsgaard 45 38 14 27 76 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it GEUS Lars Rasmussen 45 23 38 20 40 This e mail address is protected from spam bots you must enable JavaScript in your web browser to view it Department of Geoscience AU Mie Andreasen

    Original URL path: http://www.hobe.dk/index.php/contact/users/userprofile/Jens%20Christian%20Refsgaard (2016-05-02)
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