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Type de documentTexte
PrécisionPublications_scientifiques
ThèmeAménagementsArchéologie
Contaminants associésCrues
ErosionGéochimie
GéomorphologieGestion
Interactions faune ou florePaléoenvironnements
RéglementationStocks
ThermieTransport solide
Versants
AuteurCiffroy P. et al.
Date de publication2003
ReferenceDetermination of the residence time of suspended particles in the turbidity maximum of the Loire estuary by 7Be analysis. Estuarine, Coastal and Shelf Science, 57(4), pp. 553-568.
RattachementDivision Recherche et Développement, Département Laboratoire National d'Hydraulique et Environnement
Période considéréeAnthropocene
Localisation OSLA1Pas d'information
Localisation OSLA2Pas d'information
Localisation OSLA3Pas d'information
Localisation OSLA4Pas d'information
Document numériséeOuiNon
FormatBMPJPGPDFPNGPPT
Nom du fichierCiffroy_et_al_2003.pdf
Situation
Aperçu

Documents liés

Type Références Date Auteur
IMG Fig. 1. Location map of the Loire estuary and sampling stations 2003 Ciffroy P. et al.
IMG Fig. 2. Relationship between 7Be atmospheric deposition and rainfall in Angers. 2003 Ciffroy P. et al.
IMG Fig. 3. 210Pbxs in sediment cores sampled in the Loire estuary. 2003 Ciffroy P. et al.
IMG Fig. 4. Correlation between T1/2 and the term (sum of flow rates during ni days preceding the sampling date) (ni = 30, 45, 60 or 90 days). 2003 Ciffroy P. et al.
IMG Fig. 5. Flow rate, SPM in the Loire river, and standard half life of particles (T1/2) in the turbidity maximum. 2003 Ciffroy P. et al.
IMG Fig. 6. Flow rate in the Loire river, mass of particles within the turbidity maximum, and mass of particles daily expelled to the sea. 2003 Ciffroy P. et al.
IMG Fig. 7. Inputs of 60Co to the Loire estuary (Bq day?1), and particulate 60Co activity in the turbidity maximum (Bq kg?1) are shown. 2003 Ciffroy P. et al.