Links	Content of thesis
2.	Abstract
3.	Introduction
3.1.	Aim of work
3.2.	Locations of Grès d'Annot basin remnants
3.2.1.	Studied Grès d'Annot Formation exposures
3.2.1.1.	Locality of the mapping area - Lac du Lauzanier
3.2.1.2.	Outcrop locations of Annot area
3.2.1.3.	Outcrop locations of Peira Cava area
3.3.	Climate of the Lac du Lauzanier area
3.4.	Morphology, surface and dewatering of the Lac du Lauzanier area
3.5.	Flora and fauna of the Lac du Lauzanier area
4.	Geological and tectonic setting (regional)
4.1.	Geological and tectonic setting of SE France
4.2.	The evolution, stratigraphy and facies of the Grès d'Annot Basin
5.	Work methods
5.1.	Work methods for field work
5.1.1.	Work methods for the geological mapping of the Grès d'Annot Formation in the Lac du Lauzanier area
5.1.2.	Work methods for the development of the panorama pictures
5.1.3.	Work methods for field logging
5.1.4.	Work methods for field sampling
5.2.	Work methods for optical- and geochemical instrument analysing of the sampled sandstones
5.2.1.	Work methods for microscopy of thin sections
5.2.2.	Work methods for microscopy of the heavy-mineral concentrate-slides
5.2.3.	Work methods for x-ray diffraction (XRD)
5.2.4.	Work methods for x-ray fluorescence (XRF)
5.2.5.	Work methods for electron probe microanalysis (EPMA)
5.2.6.	Work methods for scanning electron microscope (SEM)
6.	Sedimentological features of the Gd'A Formation in the Lac du Lauzanier area, subordinated Annot- and Peira Cava area
6.1.	Former facies interpretations of the Grès d'Annot Formation throughout the basin
6.1.1.	The definition of sediment gravity flows and its subordinated currents and flows: turbidity current; fluidised sediment flow; grain flow; debris flow, and the widely used terminology, turbidite
6.2.	Observed facies in the studied areas of Lac du Lauzanier and subordinated, Annot and Peira Cava
6.2.1.	GdAI, thinly bedded sandstone, siltstone and shale facies association
6.2.1.1.	Interpretation of the GdAI facies association
6.2.2.	GdAII, thick bedded sandstone, siltstone and shale facies association
6.2.2.1.	Interpretation of the GdAII facies association
6.2.3.	GdAIII, thinly bedded sandstone, siltstone and shale facies association
6.2.3.1.	Interpretation of the GdAIII facies association
6.3.	The quantitative distribution of GdAI, II and III facies association in the Grès d'Annot successions
6.3.1.	The sandstone/heterolithics ratio distribution in the Lauzanier area
6.4.	Large-scale channel-like features in the Grès d'Annot Formation
6.5.	Local and regional correlation of the Grès d'Annot Formation
6.6.	Paleo-current trend during deposition of the Grès d'Annot Formation
6.7.	Syn-sedimentary structures of the Grès d'Annot Formation
6.8.	Paleontology
7.	Structural features and setting of the Gd'A Formation in the Lac du Lauzanier area
7.1.	The structural features and interpretation of the Grès d'Annot Formation in the Lac du Lauzanier area
7.1.1.	The interpretation of the structural history of the Grès d'Annot Formation in the Lac du Lauzanier area
8.	Petrography and geochemistry of homogenous fine - coarse-grained sandstones of the Lac du Lauzanier-, subordinated Annot- and Peira Cava area
8.1.	The petrography of the sampled sandstones of the Lac du Lauzanier-, Annot- and Peira Cava area
8.1.1.	Petrography approach with a XRD- and thin section microscopy application
8.1.2.	Petrography and classification approach with a XRF-application and other multiple techniques
9.	Diagenesis
9.1.	Comparement between the southern and northern derived samples
9.2	Heavy-mineral application to determine grade of diagenesis
9.2.1	Burial interpretation of the southern and northern GdA outcrops
10.	Provenance
10.1.	Previous provenance studies of arkoses
10.1.1.	Previous prvenance interpretations of the GdA Formation
10.1.2.	Evaluation of previous GdA arkose provenance interpretations
10.2.	Evaluation of the Gda arkose provenance, based on petrographical, geochemical and sedimentological data
10.2.1.	Provenance interpretation of the GdA arkoses
11.	Geochemistry
11.1	Introduction to geochemical analysis and correlation of lateral and vertical units
11.2.	An application of identifying heavy-mineral resemblance in lateral and vertical units
11.2.1.	Interpretation of the heavy-mineral plots
11.3.	An application of identifying major- and trace element resemblance in lateral and vertical units
11.3.1.	Interpretation of the XRF plots
12.	Recommendation
App. 1	Geological Map
App. 2	Log Correlation
App. 3	Panorama Pictures