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Space-borne and ground based geodetic techniques for hydrology

Organizer(s):

Peter Bauer-Gottwein (email: pbg@env.dtu.dk)
Ole B. Andersen (email: oa@space.dtu.dk)
Frederik Uldall (email: fu@geo.ku.dk)

Lecturer(s):

Philippa A. M. Berry (email: )
John Wahr (email: )
Shimon Wdowinski (email: )

ECTS:

5

Period:

marts 1 2010 - marts 5 2010

Place:

DTU Environment

Deadline:

14-01-2010

Web:

http://www.env.dtu.dk/

Description:

Background and objective
Water is mankind’s most critical natural resource and must be managed carefully. Hydrological models are key scientific decision support tools in water resources management. Hydrological modellers generally lack data to calibrate and validate their models. Space-borne and ground based geodetic observations provide valuable calibration and validation datasets for surface and groundwater flow models and constrain important hydrological parameters, such as aquifer specific yield, actual evapotranspiration and runoff coefficients.


This course will cover the following techniques: Space-borne and ground based time-lapse gravity observations, Radar altimetry, and Interferometric Synthetic Aperture Radar (InSAR). Time-lapse gravity gives estimates of total water storage change in the earth system. Radar/Lidar altimetry provides time series of water level elevations in rivers, lakes and reservoirs. InSAR can be used to map soil moisture and wetland water levels.


The course will focus on the theoretical basis of the methods, data acquisition and processing. We will put emphasis on the quantitative use of the data in a generalized hydrogeophysical approach. In this approach, hydrological models are run and the output of the hydrological models is converted to synthetic geodetic signals. Subsequently the synthetic and observed geodetic signals are compared and hydrological model parameters are adjusted to produce an optimal fit.



Document:

PhD_course_geodetic techniques _v2a.pdf

Further information:

FIVA will provide accommodation for PhD students near the university free of charge. Participants are requested to cover travel expenses and per diem from their own funding.

Other participants are requested to make their own arrangements.

PhD students not affiliated with FIVA are not shown on the list below. They will be informed about whether they can participate shortly after the registration deadline.

NB! PhD-students not affiliated with FIVA need to email an official recommendation from their supervisor supporting their participation. The letter should be emailed to fu@geo.ku.dk in DOC or PDF format.


List of participants:


Claire Michailovsky, DTU Environment, Denmark (mail to cibm@env.dtu.dk)
Daan Herckenrath, DTU, Denmark (mail to daah@env.dtu.dk)
Lars Christiansen, DTU Miljų, Denmark (mail to lac@env.dtu.dk)
Matija Herceg, DTU Space, Denmark (mail to mher@space.dtu.dk)
Riccardo Biondi, DTU Space, Denmark (mail to ribi@space.dtu.dk)
Silvio J. Pereira, DTU Environment, Denmark (mail to sjp@env.dtu.dk)




 
 
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