Philippe Robidoux
Investigador
Universidad Mayor
Santiago, Chile
Estudio riesgos naturales, recursos naturales y ciencias ambientales. Mi área de especialización es el estudio del vulcanismo y mis herramientas de investigación son la química de los gases los gases (monitoreo), petrología y la geomática.
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Ciencias de la Tierra, UNIVERSITA DEGLI STUDI DI PALERMO. Italia, 2016
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Ciencias de la Tierra, UNIVERSIDAD NACIONAL AUTONOMA DE MEXICO. México, 2014
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Geographic Information System, UNIVERSITE DU QUEBEC A MONTREAL. Canada, 2014
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Géologie des Ressources, UNIVERSITE DU QUEBEC A MONTREAL. Chile, 2009
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Investigador Full Time
UNIVERSIDAD MAYOR
Ciencias
Santiago, Chile
2017 - A la fecha
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Volunteer Other
UNIVERSITY OF OTTAWA
Science
Ottawa, Canada
2016 - 2017
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Petrologist Full Time
EffiGIS
Montreal, Canada
2017 - 2017
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UNIPA/INPS
UNIVERSITA DEGLI STUDI DI PALERMO
Italia, 2013
Universitá degli Studi di Palermo UNIPA/Istituto Nazionale Previdenza Sociale INPS. Doctoral research scholarship for international students (2013-2016).
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Start Up
UNIVERSIDAD MAYOR
Chile, 2017
Start Up (U. Mayor). Project Title: "Impact and role of pre-eruptive volatiles on eruptive stylefrom mafic magma reservoirs below Villarrica and its connected monogenetic scoria cones".
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Fondo de Desarrollo para la Publicación
UNIVERSIDAD MAYOR
Chile, 2018
FDP-Fondo de Desarrollo para la Publicación. Project Title: "Impact and role of pre-eruptive volatiles on eruptive style from mafic magma reservoirs below Villarrica and its connected monogenetic scoria cones".
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Natural Science and Engineering Research Council of Canada
NATIONAL RESEARCH COUNCIL OF CANADA
Canada, 2009
Natural Science and Engineering Research Council of Canada, Undergraduate Student Research Awards Program (USRA): Research work on Kawa Ijen volcano with Prof. A.E. Williams-Jones.
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Scholarship in Pure and Applied Sciences: Fondation des Université du Québec
UNIVERSITE DU QUEBEC A MONTREAL
Chile, 2009
Scholarship in Pure and Applied Sciences: Fondation des Université du Québec: Excellence and general involment in Pure and Applied science programs.
Low-temperature superficial chemical changes and post-entrapment effects alter CO2 budget estimation in vapor bubbles of glass inclusions |