LIAG
 

Fig. 1: Geology in Schillerslage

The new LIAG test-site Schillerslage

The new LIAG test site is located 20km north-eastern of Hannover in the North German Plain. 20 to 25m thick quaternary sediments are overlaying the Cretaceous` clays and marls. The Quaternary itself is built up by two middle sandy aquifers separated by a fine-grained till layer (Fig.1). Thin peat layers draw through the upper aquifer, while small calcium carbonate contents are colouring the lower aquifer greyish/greenish.

Besides numerous geophysical measurements (Fig. 2), drilling, pumping tests and continuous water level measurements are done at the test site. In addition to geological information and Borehole geophysics, different kinds of lab measurements are done at core samples material. Besides conventional lab measurements like grain size analysis, bulk density measurements  and hydraulic conductivity (K) measurements, innovative geophysical measurements in form of SIP, NMR and seismoelectrics are applied.

For a detailed description see Holland et al. (2011, in german).

Fig. 2: Geophysical measurements in Schillerslage

Current works

  • Julia Holzhauer: Further development of seismoelectrics in field and lab
  • Raphael Dlugosch: Derivation of hydraulic parameters by NMR measurements

Finished works

  • Raphael Holland: Derivation of hydraulic parameters by SIP measurements
  • Stephan Sass (Diploma thesis): Comparison of conventional and innovative methods for K measurements
  • Moritz Kuntzer (BSc thesis): Analysis of continuous water level measurements in Schillerslage
  • Michael Khakoutov (geological  field mapping): geological  field mapping of the quarternary with focus on  interglacial peat layers

References

  • Das hydrogeophysikalische Testfeld Schillerslage. - DGG-Mittlg. 1/2011, 51-54;Potsdam.   
    2011, HOLLAND, R., DLUGOSCH, R., GÜNTHER, T., SASS, S., HOLZHAUER, J., SAUER, J., BINOT, F. & YARAMANCI, U.
  • New hydrogeophysical methods examined at the test-site Schillerslage - Derivation of hydraulic parameters in the field scale -. - Poster, European Geosciences Union General Assembly 2010, 02-07 May; Vienna, Austria.   
    2010, DLUGOSCH, R., HOLLAND, R., GÜNTHER, T., HOLZHAUER, J., YARAMANCI, U.
  • Aquifer characterization using coupled inversion of DC/IP and MRS data on a hydrogeophysical test-site. - SAGEEP 23, 39 (2010); Keystone, CO.   
    2010, GÜNTHER, T., DLUGOSCH, R., HOLLAND, R. & YARAMANCI, U.
  • Höchauflösende Grundwasserspiegelmessungen im Bereich des geophysikalischen Testfeldes Schillerslage. - 57 S., 24 Abb., 6 Anl., 1 CD, Bachelor-Arbeit Universität Hannover; Hannover.
    2010, KUNTZER, M.
  • Applicability of geophysical measuring methods for determination of K values in comparison to conventional methods. - 83 S., Diplom-Arbeit Universität Hannover.
    2010, SASS, S.
 
 

Project leading

Prof. Dr. Ugur YaramanciDr. Thomas Günther

Project team

Raphael Dlugosch
Julia Holzhauer

Thomas Günther
Franz Binot
Mike Müller-Petke
Frank Oppermann

Former members

Raphael Holland
Joachim Sauer

Mohammed Attwa
Irfan Akca
Stephan Sass

Products & Publications

from the project

A project of the topical research field Ground water systems - hydrogeophysics