2010 Exchange Grants
| Ref. | Applicant | Host Institute | Planned Starting month / length | Project Title |
| EG/2746 | B Kremer (PL) | F Robert (FR) | 01/05/2010 (12 wks) | (Nano)SIMS elemental and isotopic assessment of mineralization processes of coccoid cyanobacteria from the Neoarchean Nauga Fm of South Africa |
| EG/2732 | S Little (UK) | D Canfield (DK) | 01/02/2010 | Metal isotopes and life as part of the Earth system on the early planet |
| EG/2726 | M Bourbin (FR) | A Jess (DE) | 04/01/2010 (8 wks) | Studying mature organic matter produced by Fischer-Tropsch synthesis |
| EG/2723 | F Orange (FR) | K Konhauser (CA) | 01/02/2010 (13 wks) | Preservation and degradation of the microbial signatures during simulated diagenetic processes. Application for the search of the earliest traces of life |
2010 Short Visits
| Ref. | Applicant | Host | Planned Starting date / length | Project Title |
| SV/3396 | M Morgan (FR) | EGU (AT) | 01/05/2010 (7 days) | Evolution of the physico-biochemical conditions of the Archean and Early Proterozoic ocean (3.5 – 2.4 Ga), recorded in banded iron formations |
| SV/3314 | T Zegers (NL) | R Amils (ES) | 26/01/2010 (3 days) | Habitable Environments on early Earth and Mars: lessons for planetary exploration |
| SV/3192 | P Medvedev (RU) | J McKenzie (CH) | 22/01/2010 (15 days) | A case study on Paleoproterozoic (2.2-2.1 Ga) magnesite-stromatolite-dolomite- "red beds" succession (lake Onego, Russian Karelia) and modern Ca-Mg carbonate stromatolites forming in the hypersaline coastal lagoons, e.g. Lagoa Vermelha (Brazil) |
| SV/3174 | J Halla (FI) | J van Hunen (UK) | 08/02/2010 (6 days) | Combined (geochemical and numerical) approach to Neoarchean TTG |
| SV/3173 | E Heilimo (FI) | J van Hunen (UK) | 08/02/2010 | Combined (geochemical and numerical) approach to Neoarchean TTG |
| SV/3172 | D Roerdink (NL) | M Whitehouse (SE) | 15/02/2010 (14 days) | Sulfur isotope exchange in sedimentary and metamorphic sulfides |
| SV/3162 | K Oostingh (NL) | M Bau (DE) | 03/05/2010 (15 days) | Rare earth element partitioning into barite (BaSO4) and it’s potential for recording marine versus hydrothermal origin of Archean barite deposits |
