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Academic literature on the topic 'Bassins sédimentaires – Aquitaine (France)'
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Journal articles on the topic "Bassins sédimentaires – Aquitaine (France)"
Pastre, Jean-François, Emmanuelle Defive, Frédérique Gablier, and Yannick Lageat. "Changements hydrographiques et volcanisme plio-quaternaire dans les bassins de la Loire et de l’Allier (Massif central, France)." Paléoréseaux hydrographiques quaternaires : centenaire W.M. Davis 51, no. 3 (November 30, 2007): 295–314. http://dx.doi.org/10.7202/033129ar.
Full textMiranda-Avilés, R., R. Bourrouilh, E. H. Nava-Sánchez, M. J. Puy-Alquiza, and F. Bourrouilh- Le Jan. Estudios Geológicos 61, no. 3-6 (December 30, 2005). http://dx.doi.org/10.3989/egeol.05613-654.
Full textDissertations / Theses on the topic "Bassins sédimentaires – Aquitaine (France)"
Labat, Nicolas. "Rôle de particularités sédimentaires et structurales sur le comportement de l'aquifère des sables sous-molassiques soumis aux fluctuations induites par des stockages souterrains de gaz : application à l'étude de leur influence sur l'hydrodynamisme des émergences locales." Bordeaux 3, 1998. http://www.theses.fr/1998BOR30202.
Full textJiráková, Hana. "Isotope hydrogeology and geothermal applications to clarify the origin, the sustainability and the character of groundwater flow : examples of the Bohemian and Aquitaine sedimentary basins." Thesis, Bordeaux 1, 2011. http://www.theses.fr/2011BOR14249/document.
Full textIsotopic investigations combined with geothermal applications represent powerful tools for the exploration of groundwater potential as a drinking or geothermal resource. This Ph.D. thesis combines both approaches, environmental and radioactive isotopes together with temperature data in deep aquifers, in order to enrich and update the knowledge concerning the aquifer recharge processes in the Aquitaine Basin (France) and the aquifer recharge processes and geothermal potential in the Bohemian Cretaceous Basin (Czech Republic).Stable isotopes (18O, 2H, 13C) combined with radioisotope data (14C, 3H) are used to estimate the recharge timing and climatic conditions prevailing during the infiltration from the Late Pleistocene up to modern time. The character of groundwater recharge and regime are necessary to generate relevant source data for the accurate modelling of complex groundwater systems. Three groups of groundwater recharge types can be distinguished throughout Europe – (i) continuous recharge and (ii) interrupted recharge during Last Glacial Maximum and (iii) a group corresponding to particular recharge conditions.The contrasted geographic and climate conditions at both study sites in France and Czech Republic have entailed a great heterogeneity of the recharge conditions and processes. Southern France, with generally mild climatic conditions during the last 40 ka BP, did not experienced considerable hiatus in groundwater recharge. The residence time of groundwater in the Bohemian aquifers is estimated about 11 ka BP at the maximum but the depletion in the stable isotopes suggests that this groundwater originates in the melting of the north European ice sheets after the Last Glacial Maximum period, i.e. 18-20 ka BP. Further investigations on both stable and radioactive carbon isotopes indicated numerous groundwater interactions within the reservoir that were used to delineate the carbon origin within the Bohemian aquifers.Information on groundwater geochemistry was supplemented in the Czech case study by geothermal data in order to improve our knowledge of groundwater flow and dynamics. More than a hundred of temperature records from well-logging measurements were used to assess the geothermal gradient in the Bohemian Cretaceous Basin which is the most promising heat accumulation within the country. Many phenomena can affect the thermal field in the region. Vertical groundwater flow and variations in the lithology and the topography lead to a complicated areal distribution of the geothermal gradient and the heat flux which is dominantly controlled by groundwater. Shallow tectonic structures and numerous volcanic rocks exercise an influence on groundwater flow and therefore exert a secondary effect on the thermal field. The geothermal investigation provided useful information on the geothermal resources within the region but also represents an important tool for understanding groundwater flow, and for constructing realistic hydrogeological models in such a complex geological, tectonic and geothermal context
Gardère, Philippe. "Les sables fauves : dynamique sédimentaire et évolution morpho-structurale du bassin d'Aquitaine au miocène moyen." Toulouse 3, 2002. http://www.theses.fr/2002TOU30183.
Full textCastro, Maria Clara. "Transfert des gaz rares dans les eaux des bassins sédimentaires." Paris 6, 1995. http://www.theses.fr/1995PA066040.
Full textQuiquerez, Amélie. "Le remplissage des bassins sédimentaires carbonatés : contraintes géologiques et modélisations numériques." Université Joseph Fourier (Grenoble), 1999. http://www.theses.fr/1999GRE10269.
Full textMiranda, Avilés Raúl. "Etude géologique comparée des bassins de Santa Rosalia (Basse Californie du sud, Mexique) et de Mendibelza (Pyrénées, France)." Bordeaux 1, 2002. http://www.theses.fr/2002BOR12637.
Full textThis thesis is a compartive analysis of the Santa Rosalia transtensionnal basin, created during the Miocene to Present by the opening of the Gulf of California, and the ancient, Jurassico-Cretaceous Mendibelza transtenionnal basin, formed in the western Pyrenees during the opening of the Bay of Biscay. This study is a contribution to the comprehension fo the sedimentation and controls of transtensionnal basins located on actuel, non tectonized, oblique divergent margins. The obtained models are compared and used for a bettter interpretation of ancient basins created in similar but tectonized frameworks. The sediments of the Santa Rosalia basin recorded its synchroneous evolution with this of the oblique rifting of the Gulf of California since late Miocene. We individualized 3 sequences in this latter ; T1, (Late Miocene-Early Pliocene) representing the fan-delta facies Syn-rift phase ; T2, (Early Pliocene) which represents the Rift to Drift transition, marked by a sharp break in the sedimentation and constituted by fan-delta to chelf facies ; T3, (Late Plicene-Pleistocen), interpreted as a high sea level stand, which marks the second pulse of the subsidence of the Santa Rosalia basin and the widespread opening of the Gulf of California. Similarly, in Western Pyrenees, we tried to reconstruct the evolution of the Mendibelza formation, which appears constituted by 3 sequences ; K1, (Early Albian) is formed by delta front to pro-delta facies, deposited during the Syn-Rift phase ; K2, (Albian), groups fan-delta, slope and fan-delta proximal facies ; K3 (Late Albian). .
Menetrier, Cédric. "Modélisation thermique appliquée aux bassins sédimentaires : Bassin de Paris (France) et Bassin de Sabinas (Mexique)." Nancy 1, 2005. http://www.theses.fr/2005NAN10205.
Full textDemongodin, Lionel. "Reconnaissance de l'état thermique des bassins sédimentaires : transferts de chaleur par conduction et convection : application au Bassin de Paris." Montpellier 2, 1992. http://www.theses.fr/1992MON20142.
Full textChelalou, Roman. "Formation et évolution du bassin de Boucheville, implication sur l’évolution tectonique, métamorphique et sédimentaires des bassins sédimentaires mésozoïques du Nord-Est des Pyrénées." Thesis, Rennes 1, 2015. http://www.theses.fr/2015REN1S164/document.
Full textExtensive mechanisms induce interactions between tectonic, sedimentary and metamorphic processes, especially when they are associated with a high temperature metamorphism. Therefore, the study of these mechanisms requires a threefold approach in order to identify these processes and understand the interactions between them. Such study is hardened because of the depth of these mechanisms and the lack of direct observation. To overcome such difficulties we chose to study a paleo passive margin now visible thanks to many outcrops. For this thesis, we focused on the North Pyrenean Zone (NPZ) which happens to be a Mesozoic passive margin which outcroped during Eocene / Oligocene (40-20 Ma) Pyrenean compression. This margin recorded HT / LP metamorphism which makes it a good analogue for our study. We focused on the eastern part of the NPZ, in the Agly Massif area where are located the Saint Paul-de-Fenouillet basin, the bas-Agly basin and the Boucheville basin all of which recorded different intensity of metamorphism. The Boucheville basin is the worst documented but recorded the most metamorphism which is why we decided to study it in detail. We undergone a structural, stratigraphic and sedimentary analysis of these three basins in order to better understand their geometry and geological history. We combined this study with metamorphism analyzes mainly provided by Raman spectrometry on maximum temperatures recorded during Cretaceous extension. Finally, we synthetised these results to produce restored cross sections of our study area. Those cross sections allowed us to suggest a model for Mesozoic sedimentary basin formation in the eastern part of the NPZ. Considering first order analysis, on a N-S cross section, the area made of a shoal,the future Agly Massif. It is bordered on its northern side by a north verging detachment fault and on its southern by a south verging detachment fault. On both sides of this shoal are sedimentary basins much thicker towards these detachment faults. However, we must consider the system is not cylindrical. The Agly Massif acts as a transfer zone between two highly subsident basins, the Bas-Agly basin at its north-east and the Boucheville basin at its south-west
Dugué, Olivier. "Géodynamique d'une bordure de massifs anciens : la bordure occidentale du bassin anglo-parisien au Callovo-Oxfordien : pulsations épirogéniques et cycles eustatisques." Caen, 1989. http://www.theses.fr/1989CAEN2034.
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