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GIA training 2009


Training school organized by WG 4.

Date: 1-5 June, 2009

Place: Sweden

Subject: GIA modeling

Click here to open the ‘Training school GIA Modeling’ leaflet.

Visit the eclass for more information.

Click here to watch the training school's video clip.

 

A training School on Glacial Isostatic Adjustment (GIA) Modelling will be organised in Gävle, Sweden. The local organisation is taken care of by Dr. Martin Lidberg, Lantmäteriet. The scientific organisation is headed by Dr. Bert Vermeersen and Dr. Niki Evelpidou. The main objective of this Training School is to give early-stage researchers whose principal area of expertise is not in GIA modeling an intensive training on numerical GIA modeling. The training will not be limited to the solid-earth deformation process of GIA only, but will also involve glaciological modeling of the disappearing Late-Pleistocene ice sheets on the one hand and GIA-induced sea-level change on the other hand. Sea-level change due to GIA is an important contributor to present-day sea-level rise and therefore the importance of this training school reaches far beyond the confines of COST ES0701.

After the training school, participants will have a thorough insight into the complicated interactions between continental ice mass changes, solid-earth deformation and concomitant sea-level variations. They also will have acquired practical knowledge on how to link various data sets from both terrestrial (tide gauges, GPS) and space-based (satellite gravity and altimetry) instrumentation with numerical GIA models. This newly acquired knowledge might prove to be extremely important and trigger new ideas for their particular fields of expertise, such as the ocean sciences, physical geodesy, cryospheric sciences, and climate change in general. In many of these scientific disciplines there is hardly any knowledge or even awareness about the importance of GIA and associated aspects such as temporal and spatial gravity changes and rotational variations of the l changes (Antarctica, Greenland, mountain glaciers). Furthermore, participants will learn that observations of present-day changes over Antarctica and Greenland do contain important GIA contributions and will get insight in how these GIA-contributions can be identified so that contemporary ice mass changes might be retained that are of such utmost societal importance.

Course contents
  • Observations and data handling
  • Rebound modeling
  • Glaciological modeling
  • GIA and sea-level modeling
  • Sea-level changes
  • Case studies
  • Field trip (geology, sea level changes, etc)
  • Special lectures


This training school combines lectures and computer projects with preparatory homework exercises. Also a field trip is foreseen. Upon completion of the course, those students that will have fulfilled the school’s evaluation requirements will receive a signed certificate, whereby we aim for a work load equivalence of 5 ECTS.

The organisers foresee the publication of a textbook on GIA modeling for non-GIA specialists after the Training School.

 

 

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