基本信息
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职业迁徙
个人简介
Research interests
Our research group conducts research on synoptic-dynamic analyses and forecasting of extreme weather in the context of climate variability. The extreme weather research involves comprehensive analyses of dynamic and thermodynamic environments (and their variability in a changing climate) facilitating such phenomena as freezing rain storms, arctic air mass generation, extreme precipitation events in extratropical latitudes, and extreme extratropical cyclogenesis. We are also studying mesoscale processes in the Saint Lawrence River Valley (SLRV, where Montreal is located), with a focus on orographic modulation of wind, precipitation, and temperature. An example of the SLRV’s impact on sensible weather is the channeling of winds that are associated with enhancing precipitation amounts beyond what can be expected for similar weather systems in level terrain.
Current projects
Radiative processes in the generation of arctic air masses
The identification and analysis of atmospheric circulation and weather regimes
Baroclinic conditioning of environments facilitating extreme extratropical oceanic cyclogenesis
Synoptic-dynamic analyses of long-duration freezing rain storms
Currently teaching
ATOC/EPS 185 Natural Disasters (Fall 2018)
ATOC 100 Extreme-weather and climate-change physics (Winter 2019)
Our research group conducts research on synoptic-dynamic analyses and forecasting of extreme weather in the context of climate variability. The extreme weather research involves comprehensive analyses of dynamic and thermodynamic environments (and their variability in a changing climate) facilitating such phenomena as freezing rain storms, arctic air mass generation, extreme precipitation events in extratropical latitudes, and extreme extratropical cyclogenesis. We are also studying mesoscale processes in the Saint Lawrence River Valley (SLRV, where Montreal is located), with a focus on orographic modulation of wind, precipitation, and temperature. An example of the SLRV’s impact on sensible weather is the channeling of winds that are associated with enhancing precipitation amounts beyond what can be expected for similar weather systems in level terrain.
Current projects
Radiative processes in the generation of arctic air masses
The identification and analysis of atmospheric circulation and weather regimes
Baroclinic conditioning of environments facilitating extreme extratropical oceanic cyclogenesis
Synoptic-dynamic analyses of long-duration freezing rain storms
Currently teaching
ATOC/EPS 185 Natural Disasters (Fall 2018)
ATOC 100 Extreme-weather and climate-change physics (Winter 2019)
研究兴趣
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crossref(2024)
crossref(2024)
MONTHLY WEATHER REVIEWno. 11 (2023): 2905-2924
BULLETIN OF THE AMERICAN METEOROLOGICAL SOCIETYno. 8 (2023): E1469-E1492
crossref(2022)
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