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Hydrological tracing practice on underground contaminations

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Environmental Geology

Abstract

The hydrological tracing technique is an important tool for the risk assessment of problem sites, the so-called “Altlasten” (old underground contaminations). The penetration of leachate through the unsaturated zone, the transport velocity, the migration pathways, as well as the dispersion in the aquifer can be determined by tracing experiments. A wide range of tracers offer sufficient possibilities to get the necessary hydrogeologic parameters for any kind of Altlasten. This is shown by some examples.

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References

  • Knop A (1878) Über die hydrographischen Beziehungen zwischen der Donau und der Aachquelle im badischen Oberlande: N. Jb. Mineral (1878), pp 350–363

  • Käss W (1992) Geohydrologische Markierungstechnik, Band 9 des Lehrbuchs der Hydrogeologie, 529 p., Berlin: Gebr. Borntraeger Verlag

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  • Käss W and Strayle G (1990) UVB-Verfahren aus der Sicht des Anwenders — Ergebnisse von Markierversuchen, In: Bock P, Hötzl H, Nahold M (Eds), Untergrundsanierung mittels Bodenluftabsaugung und In-Situ-Strippen, Karlsruhe: Schr. Angew. Geol. vol. 9. pp 291–304

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An English version of “Hydrologische Markierungstechnik bei der Altlastensanierung” in: Die Geowissenschaften, Weinheim 10(2): 199–205

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Käss, W.A. Hydrological tracing practice on underground contaminations. Geo 23, 23–29 (1994). https://doi.org/10.1007/BF00773135

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  • DOI: https://doi.org/10.1007/BF00773135

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