Natural site: geological section. 13 palynological samples. Almost all sterile.
Wetland area. Drillings. 24 palynological samples. Drilling campaign in Northern Syria in 2005. Poor pollen conservation. No radiocarbon datings.
Natural site: sections. 78 palynological samples. Sterile or almost.
Natural site. Drillings. 7 palynological samples, difficult to read. The rest of the samples were not analysed in Besançon.
Archaeological excavations. 16 palynological samples: 4 in 2005 by Sébastien Guillon (sterile samples) and 12 in 2010 by Hervé Richard (contrasting but sometimes exploitable results).
Palaeontological excavation site: section in a doline. 3 palynological samples. Mostly Poaceae and Cichorioideae pollens.
Natural site: section in an old river channel. 10 palynological samples + 2 radiocarbon datings. Bad conservation.
Archaeological excavations. 8 palynological samples + 6 radiocabon datings. 3 positive samples.
Archaeological excavations. 2 palynological samples. Nearly sterile samples.
Archaeological excavations. 18 palynological samples. Pollen not very well preserved, some acceptable samples.
Drilling in a wetland area. 39 palynological samples + 3 radiocarbon datings. The results are in conjunction with research on the history of iron mining.
Drilling in a peat-bog. 50 palynological samples + 5 radiocarbon datings. The results are in conjunction with research on the history of iron mining.
Archaeological site: section. 2 palynological samples. Deserted village (Serjilla) in northern Syria. Very poor samples.
GPS/GNSS observations acquired on OMIV landslides at 24h/30s session/frequency in Rinex standardized file format. Time series of sensor positions and baselines (E, N, Up components).
Paleoparasitological data from the analysis of three samples collected from German soldiers dated to the First World War.
dat@OSU is a Metadata platform proposed by the Observatoire des Sciences de l’Univers Terre Homme Environnement Temps Astronomie (OSU THETA). It provides a description of digital data sets from scientific research led in the different laboratories and teams.
This database contains information on the weekly monitoring of cholera in the health zones of the DRC since 2000.
Individual genotypes from 210 samples arising from 165 individuals of a maternity roost located in Le Bourg d'Oisans (French Alps), hosting Myotis myotis and Myotis blythii individuals. Num = sample identifier, ID = individual identifier, Sampling = Sampling date, Type = bat type (Myotis myotis, ...
Sections in drain ditches. 7 palynological samples. Sterile or nearly sterile samples.
Clay mineralogical and geochemical expressions of the "Late Campanian Event" in the Aquitaine and Paris basins (France): Palaeoenvironmental implications
Campanian sediments from two French sedimentary basins were studied, using clay mineralogy and stable isotope (δ13C and δ18O) geochemistry, in order to investigate the Late Campanian Event. The clay fraction of the Campanian sediments from the Tercis-les-Bains section (Aquitaine Basin) and from the ...
Continental weathering as a driver of Late Cretaceous cooling: new insights from clay mineralogy of Campanian sediments from the southern Tethyan margin to the Boreal realm
New clay mineralogical analyses have been performed on Campanian sediments from the Tethyan and Boreal realms along a palaeolatitudinal transect from 45° to 20°N (Danish Basin, North Sea, Paris Basin, Mons Basin, Aquitaine Basin, Umbria-Marche Basin and Tunisian Atlas). Significant terrigenous ...
A data set for the project ‘BIOTROPH’. The aim of this study was to estimate functional role of the taxonomic diversity of available resources in the field on trophic exposure of small mammals (wood mice ‘Apodemus sylvaticus’) to trace metals (TM; principally cadmium, lead and zinc). The data was ...
Drilling in a peat bog. 21 palynological samples + 3 radiocarbon datings. Results and cores given to Imola Juhasz in 1996 (see his PhD thesis defended in 2002).
Two palynological samples from moss used to fill the gaps between the construction elements of an alpine chalet. Dendrochronological date: 1750 AD.
Five palynological samples from moss used to fill the gaps between the construction elements of an alpine chalet. Dendrochronological date: between 1608 and 1700 AD.