| YSOPP Award Winners HS |
| | |
 | Andreas Bayer (andreas.bayer@iup.uni-heidelberg.de) for the poster entitled:
Direct measurement of hysteretic water characteristics of porous media using X-ray absorption
by Bayer, A.; Vogel, H.-J.; Roth, K. Click here to download the poster as pdf-file. |
| Study of the structure of soil columns and the distribution of water in the columns using an x-ray tomography system. |
| |
 | Pierre Deschamps (6050@er.uqam.ca) for the poster entitled:
234U/238U Disequilibria along sedimentary discontinuities in a deep formation: late diagenetic U-relocation processes vs. large scale fluid circulation evidence?
by Deschamps, P.; Hillaire-Marcel, C.; Michelot, J-L.; Doucelance, R.; Ghaleb, B. Click here to download the poster as pdf-file. |
| The doctoral research concerns the migration of naturally occurring radionuclides in deep geological formations, using highly precise and accurate MC-ICP-MS measurement of U-series disequilibria, with the objective of assessing the safety of nuclear waste repository in such formations. |
| |
 | Richard Keim (rkeim@lsu.edu) for the poster entitled:
Stochastic effects of forest canopies on extreme precipitation events and initiation of shallow landslides
by Keim, R. F.; Link, T. E.; Skaugset, A. E. Click here to download the poster as pdf-file. |
| The PhD research is focused on quantifying dynamic storage of precipitation in forest canopies, especially how it affects rates of throughfall during extreme precipitation events and attendant initiation of shallow, rapid landslides. |
| |
 | Veronique Naudet (naudet@cerege.fr) for the poster entitled:
Geolectrical methods applied on a contaminated site : the Entressen landfill case study (south-eastern France)
by Naudet, V.; Revil, A.; Bottero, J.-Y. Click here to download the poster as pdf-file. |
| In organic contaminated sites, it is possible to get some information about in situ redox potential conditions from electrical potential measurements performed passively at the ground surface (the so-called "self-potential signals"). This electrical signals probably result from electron tranfer through redox fronts and are associated with the presence of biofilms. |
| |
 | Arifur Rahman (arifur.rahman@iws.uni-stuttgart.de) for the poster entitled:
Large scale sandbox experiments on dispersion and mixing
by Rahman, M. A.; Jose, S. C.; Cirpka, O. A. Click here to download the poster as pdf-file. |
| Dilution and mixing of solutes in porous media, especially field-scale dilution and mixing of chemicals in the context of studying natural attenuation and natural or accelerated in-situ bioremediation. To Design a quasi two-dimensional tank for the measurement of dilution and mixing by fiber-optic fluorometry in the technical scale. |
