Dataset : Jurassic Karst

Access to data

Rights

Collection	Données de thèse

Quotation

Catherine Bertrand ; Hélène Celle-Jeanton ; Jean-Baptiste Charlier ; Cybèle Cholet ; Sophie Denimal ; Marc Steinmann (2016): Jurassic Karst. Laboratoire Chrono-environnement (UMR 6249). doi:10.25666/DATAOSU-2015-03-08-02

General metadata

Identifier : local : FR-18008901306731-2015-03-08-02 external : doi:10.25666/DATAOSU-2015-03-08-02

Description :

Hydrogeochemical monitoring of karst springs in the Jura mountains

Disciplines :

environmental sciences (sciences of the universe), geology (sciences of the universe), geosciences, multidisciplinary (sciences of the universe), water resources (sciences of the universe)

Keywords :

continental weathering, critical zone, geochemistry, hydrochemistry, hydrology, Jura mountains, karst, monitoring, physical chemistry

Dates :

Data acquisition : from 2009 ongoing

Data provision : 3 Oct 2016

Metadata record :

Creation : 1 Jan 2015

Update : 27 Aug 2021

Update periodicity : as needed

Language : English (eng)

Additional information :

https://zaaj.univ-fcomte.fr/spip.php?article13

Audience : University: master, Research

Coverages

Spatial coverage :

Jurassic Karst Observatory: latitude between 47° 28' 11" N and 46° 40' 47" N, longitude between 5° 53' 23" E and 6° 19' 48" E, between 260m and 1200m of altitude
Fourbanne site: latitude between 47° 23' 59" N and 47° 19' 47" N, longitude between 6° 17' 52" E and 6° 21' 25" E, between 260m and 400m of altitude
Lods site: latitude between 47° 8' 5" N and 47° 2' 23" N, longitude between 6° 14' 24" E and 6° 22' 1" E, between 370m and 730m of altitude
Fertans site: latitude between 47° 3' 26" N and 47° 3' 24" N, longitude between 6° 3' 50" E and 6° 3' 51" E, between 500m and 550m of altitude
Mouthe site: latitude between 46° 42' 18" N and 46° 42' 17" N, longitude between 6° 12' 32" E and 6° 12' 34" E, between 950m and 1200m of altitude

Administrative metadata

Data creators	Affiliation
Catherine Bertrand	Chrono-environnement (FRA)
Hélène Celle-Jeanton	Chrono-environnement (FRA)
Jean-Baptiste Charlier	BRGM (FRA)
Cybèle Cholet	Chrono-environnement (FRA)
Sophie Denimal	Chrono-environnement (FRA)
Marc Steinmann	Chrono-environnement (FRA)

Contributors	Affiliation	Role
Catherine Bertrand	Chrono-environnement (FRA)	data collector
Hélène Celle-Jeanton	Chrono-environnement (FRA)	data collector
Jean-Baptiste Charlier	BRGM (FRA)	data collector
Cybèle Cholet	Chrono-environnement (FRA)	data collector
Sophie Denimal	Chrono-environnement (FRA)	data collector
Marc Steinmann	Chrono-environnement (FRA)	data collector

Publisher : Laboratoire Chrono-environnement (UMR 6249)

Labels : Réseau des Bassins Versants, Réseau national d’observation des hydrosystèmes karstiques, Zone Atelier Arc Jurassien

Science contact : Marc Steinmann

Computing contact : Marc Steinmann

Project and funder :

Jurassic Karst - Observatoire hydrogéologique Jura
- Conseil régional de Franche-Comté (Region Franche-Comté)

Access : available

Technical metadata

Formats : text/csv

Data acquisition methods :

Observational data :
4 automatic water samplers (major elements), 4 CTD probes (OTT CTD for conductivity, temperature, water level), 3 multiparameter probes (Hydrolab DS5X for water level, conductivity, temperature, dissolved oxygen, turbidity, chlorine, pH), 4 fluorometers (GGUN-FL30 for dye tracers, organic carbon, turbidity), 1 UV spectrophotometer (S::can spectrolyzer for organic carbon and nitrate), manual sampling (major and trace elements, organic carbon)

Datatype : Dataset

Publications

Comparative Study of the Physicochemical Response of Two Karst Systems During Contrasting Flood Events in the French Jura Mountains (doi:10.1007/978-3-642-17435-3_1)
Conceptual hydrogeological model of flow and transport of dissolved organic carbon in a small Jura karst system (doi:10.1016%2Fj.jhydrol.2012.06.043)
Comparison of Flow Processes in Drains and Low Permeability Volumes of a Karst System in the French Jura Mountains: High-Resolution Hydrochemical Characterization During a Flood Event (doi:10.1007/978-3-319-45465-8_29)
Framework for assessing lateral flows and fluxes during floods in a conduit-flow dominated karst system using an inverse diffusive model (doi:10.5194/hess-2016-565)