Meteorological observations acquired on OMIV landslides using a standardized protocol (6min, 15 min, 30 min, 60 min) according to the measured parameters and transfered in a Ascii standardized file format with the file database management system BD-OH OMIV. Estimation of potential evapotranspiration ...
The structural dataset gives the orientation of structural elements (bedding, cleavage, foliation, lineation, etc.). The data are georeferenced in the World Geodetic System 1984.
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.
Eleven populations of Nuphar lutea were sampled in eleven wetlands differing in physicochemical characteristics and spread along three rivers (the Ain, the Doubs and the Loue Rivers). Fifteen traits, grouped into four sets (growth, reproduction, storage and defence), were measured during the growing ...
Pollen analysis conducted in 2018 from a sediment core recovered in 2016 (OMISALJ-2016) at Omisalj, Krk Island.
Pollen analysis conducted in 2018 from a sediment core recovered in 2016 (OSOR-2016) at Osor, Cres Island.
Pollen analyses conducted in 2015 from a sediment core recovered in 2014 (Dizy-2014) at En Delèze, Dizy.
Pollen analyses conducted in 2017 from a sediment core recovered in 2016 (BEUF-2016) at La Beuffarde, Les Hôpitaux-Vieux.
Pollen analyses conducted in 2015 from 23 soil samples recovered in 2015 at La Grande Terre, Alba-la-Romaine.
Pollen analyses conducted in 2017 from a sediment core recovered in 2015 (ARA-2015) at Les Araignys, L'Auberson.
Pollen analyses conducted in 2017 from a sediment core recovered in 2007 (REM-07) at Remoray Lake.
GNSS time-series on 6 sites in the French JURA arc, located taking into account a tectonic-neotectonic strategy. The GPS-JURA network is integrated in the French national RENAG network (CNRS-INSU) for research geodesy.
Hydrogeochemical monitoring of karst springs in the Jura mountains
The aim of the Global Charcoal Database (GCD) is to provide the scientific community with a global paleofire dataset for research and archiving sedimentary records of fire. The GCD is managed by the Global Paleofire Working Group – GPWG. The GCD is funded and support by: the PAGES initiative and the ...