Robert Brousse
University of Paris
6 Papers
47 Citations
Robert Brousse is an academic researcher from University of Paris. The author has contributed to research in topics: Lava & Erosion. The author has an hindex of 5, co-authored 6 publications.
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Papers
Events preceding the great eruption of 8 May, 1902 at Mount Pelée, Martinique
Simone Chrétien,Robert Brousse +1 more
TL;DR: A chronological reconstruction of the volcanic events that preceded the catastrophic eruption of Mount Pelee on May 8, 1902 has been compiled from all the available written documents as discussed by the authors, and a reinterpretation based on this record shows that the crisis, which took place over three and a half months, had three stages of unequal length: (1) intensification of fumarolic activity over a period of more than three months (January to mid-April); (2) thirteen days of phreatic eruptions (23 April to 5 May); and (3) magmatic eruptions during
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Phases d'érosion—comblement de la vallée de la Papenoo et volcanisme subrécent à Tahiti, en relation avec l'évolution des iles de la Société (Pacifique Sud)
TL;DR: A detailed mapping and data from borings support the conclusion that there is a late lava flow inside the Papenoo valley, the main valley of Tahiti island as mentioned in this paper.
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Transition between tholeiitic an alkali basalts: Petrographical and geochemical evidence from Fangataufa, Pacific Ocean, and Kerguelen, Indian Ocean.
Jacques-Marie Bardintzeff,Hervé Leyrit,Hervé Guillou,Gérard Guille,Bernard Bonin,André Giret,Robert Brousse +6 more
TL;DR: The transition from tholeiitic to alkali basalts, which is well established in the Hawaiian series, is exposed in numerous other oceanic islands as mentioned in this paper, including Fangataufa atoll and Kerguelen archipelago.
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Données géochronologiques KAr sur quelques gisements à plantes du massif volcanique néogène du cantal (Massif Central, France)
TL;DR: Most deposits of fossil leaves, in volcanic-sedimentary layers of the strato-volcano of Cantal (Massif Central, France), usually ascribed to Pliocene-Villafranchian, are attributed to the Upper Miocene by KAr dating as discussed by the authors.
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Automated mapping of the landslide hazard on the island of tahiti based on digital satellite data
Richard Guillande,Pascal Gelugne,Jacques-Marie Bardintzeff,Robert Brousse,Jean Chorowicz,Benoît Deffontaines,Jean-François Parrott +6 more
TL;DR: A new method of mapping landslide hazards on Tahiti is presented, based on various types of digital data (SPOT satellite imagery, digital geologic maps, and a numerical terrain model), and techniques of pattern recognition and data analysis procedures in a geographic information system are described.
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