Arvicola: population abundance scores of Arvicola terrestris in the Doubs and Jura departments
Arvicola terrestris density scores recorded by the Fédération régionale de défense contre les organismes nuisibles at commune (French administrative division) resolution.
CLAC: grassland small mammal surveys based on activity indices
Microtus arvalis, Arvicola terrestris and Talpa europea relative density scores recorded along transects carried out from April 2005 onwards.
ZELAC: grassland small mammal surveys based on activity indices
Microtus arvalis, Arvicola terrestris and Talpa europea relative density scores recorded along transects carried out from April 2007 onwards.
ZERRAC: grassland small mammal surveys based on activity indices
Microtus arvalis, Arvicola terrestris and Talpa europea relative density scores recorded along transects carried out from October 2016 onwards.
Microma Indices 1990-2000
Microtus arvalis relative density scores recorded along 7 transects carried out from 1990 to 2000
Microma 1979-2000
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.
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 ...
Microma indices 2014 >
Microtus arvalis, Arvicola terrestris and Talpa europea relative density scores recorded along 7 transects carried out from 2014 onwards
Bromadiolone kinetics in common and montane water vole populations
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.