Natural site: lake. Lake bottom sampling during the 2018 drought. 9 palynological samples.
Microtus arvalis, Arvicola terrestris and Talpa europea relative density scores recorded along 7 transects carried out from 2014 onwards
Monitoring of small mammals and their predators from 1989 to 2006
Fossorial water vole (Arvicola terrestris) population cycles and their phase-associated microbial communities
Monitoring of montane water vole populations on the Jura plateau during the phases of a demographic cycle: relative densities, reproduction parameters, weight, relative age (crystalline weight), and microbial community composition. Those data have been collected in the framework of Petra Villette's ...
Data of 32 vegetation plots located in a productive hay meadow disturbed by water voles. It includes the plant species lists and the associated community descriptors.
As part of the QUALILAC project (Influence of the watershed on the functioning of lakes: importance of nutritional quality for couplings between benthic and pelagic environments), monitoring of the origin, quantity and quality of organic matter (OM) available at the water column and benthic level ...
Data from the JURAQUAKE seismological network. This temporary network is currently composed of 6 seismic stations located north of Besançon and aims to record microseismicity in the area for research purpose.
Natural site, pond. 3 palynological samples. Dendrochronological dating made by G.-N. Lambert (Chrono-environnement, Besançon).
Peat bog. 11 palynological samples. Stratifical limit between lacustrin chalk and peat.
The University hospital of Besançon has an extensive collection of A. fumigatus isolated from clinical and environmental samples. Azole resistant strains are part of this collection and have been characterized: evaluation of resistance phenotypes, sequencing of the main gene involved in resistance, ...
Peat bog. 3 palynological samples
Natural site. Marsh. 145 palynological samples by Hervé Richard and Jacques-Louis de Beaulieu (Marseille). No radiocarbon dating. Never published. Re-work required (totality of Tardiglacial and Holocene).
Peat bog; 37 palynological samples. New analysis (higher levels) in 2016 (see Master1 Justine Renard).
DNA Library is a database associated to a web interface, created to improve the storage and the life of a biological sample collection, closely related to the research activities of the National Reference Center for Echinococcosis (CNR Echinococcoses, University Hospital of Besançon, France). A ...
The EWET database (EWET-DB) contains genotyping data on the parasite Echinococcus multilocularis, obtained after the analysis of the microsatellite EmsB. A set of information is also avaible on the sampled parasite isolates (host, geographical position, sampling conditions, laboratory of reference, ...
Field survey of extant gastropods occurring along the western edge of the Jura Mountains
Pollen analyses conducted in 2017 from a sediment core recovered in 2016 (BEUF-2016) at La Beuffarde, Les Hôpitaux-Vieux.
Field measurements describing the kinetics of bromadiolone in two vole populations (Microtus arvalis and Arviola scherman) after a field control of water voles, Arvicola scherman. Those data have been obtained during Mickael Sage's doctorate.
Pollen analyses conducted in 2017 from a sediment core recovered in 2015 (ARA-2015) at Les Araignys, L'Auberson.
Natural site: peat bog in the north edge of the lake. 5 palynological samples. 1st half of the subatlantic period at 2.15 m depth. Should be looked by new analysis.
Natural site: drilling in an ancient meander of the Rhône river. 17 palynological samples. Site included and completed in the HDR of Emilie Gauthier (2012).
Natural site: peat bog and lake. 9 palynological samples. Geographical coordinates in the center of the residual lake.
Microtus arvalis relative density scores recorded along 7 transects carried out from 1990 to 2000
Traplines and captures of small mammals carried out mostly in Septfontaines (canton of Levier) and around, from 1979 to 2000, as part of Pierre Delattre and his crew's research.
Hydrogeochemical monitoring of karst springs in the Jura mountains