Martin Aubé, Ph.D.
Professeur - chercheur
CERTEE - GRAPHYCS
Département de physique
CÉGEP de Sherbrooke
Professeur associé au département de géomatique appliquée, Université de Sherbrooke
Centre de recherche en astrophysique du Québec (CRAQ)
Centre d'applications et de recherche en télédétection (CARTEL)
Global Environmental and Climate Change Center (GEC3)
Toutes affiliations

Sciences de l'atmosphère, télédétection
et astrophysique
Atmospheric science, remote sensing
and astrophysics
Bureau/office CÉGEP de Sherbrooke:
Local 2-57-170, 475, rue du cégep, Sherbrooke (Québec), Canada, J1E 4K1
Tél.: 564-6350-4146
e-mail: martin.aube@cegepsherbrooke.qc.caCv - Resume

fr en

Research interests:


Some Online Publications


Press review


Partie 3 Cahier mon Toit : Éco communautés du Québec (La Presse 13 août 2011)

Research projects in progress


  1. Modeling and remote sensing of aerosols during night.
  2. Modeling night sky light pollution in heterogeneous environment.(ILLUMINA project).
  3. Design and development of a sensitive light pollution radiometer.
  4. Design and development of a new spectrophotometer for the monitoring of light pollution and atmospheric optical properties during the night.(SAND project)
  5. Modeling spatio-temporal evolution of atmospheric optical properties by using an aerosol optical depth (satellite and in-situ) assimilation to provide reliable optical depth for satellite atmospheric corrections purpose (NOMAD project).
    • Create a new method to produce dynamically an aerosol emission inventory for forest fires events. This inventory will be implemented into the AODSEM model.
    • Validation of the coagulation scheme newly implemented into the AODSEM model. We will compare numerical resolution with an analyticaly resolved case. We will also compare modeled and observed Angstrom coefficient evolution.
    • Design and implementation of a new observation operator wich will allow the simultaneous assimilation of aerosol optical depth at multiple wavelength. With this operator it will be possible to constrain the size distribution evolution.
GlossyBlue theme adapté par David Gilbert et Martin Aubé
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