Team

Current Members


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Randy Scharien, Assistant Professor, ICElab Director

Randy Scharien (PhD University of Calgary, Microwave Remote Sensing) is an expert in the microwave remote sensing of the cryosphere and the impacts of changing climate on sea ice. He joined the Department of Geography, University of Victoria in 2014. Prior to that he was a European Space Agency Changing Earth Science Network investigator (2013-2014).  He uses in situ, airborne, and satellite remote sensing to study the changing cryosphere, with emphasis on atmosphere-sea ice-ocean interactions.  He has conducted field research at several high latitude locations, including the Canadian Arctic, the European Arctic, and Antarctica.

Parnian Rezania, PhD Student

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Parnian (MSc. in Geological Remote Sensing, Azad University of Isfahan, Iran) conducted master’s thesis research on the application of remote sensing data in groundwater exploration. She employed optical remote sensing data, elevation data (Aster DEM), as well as several hydrological and geophysical methods to identify potential well locations in the Borkhar area in central Iran. Parnian began a PhD project focused on Arctic sea ice hazard monitoring using satellite remote sensing data in the fall of 2017. ​

Aikaterini Tavri, PhD Student

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Aikaterini is a first year PhD student in Microwave Remote Sensing, working on sea ice classification using Synthetic Aperture Radar (SAR) data. Her research aims to evaluate the use of polarimetric SAR features for assessing the contribution of scattering mechanisms for sea ice type discrimination and evolution. Aikaterini’s main focus is on the upcoming launch of the RADARSAT Constellation Mission (RCM) in 2018, which establishes a new era for SAR based Arctic marine environmental monitoring.

Silvie Cafarella, MSc Student

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Silvie’s research focuses on the use of satellite synthetic aperture radar as a sea ice monitoring tool in the Arctic. The main goal of Silvie’s project is to improve remote sensing techniques to detect, classify, and derive geophysical parameters of sea ice features in the Canadian Arctic Archipelago. Her research is focused on the use of remote sensing technology for natural hazard mapping, assessment, and mitigation.

Sasha Nasonova, MSc Student

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Sasha’s thesis research project investigates linkages between the extent of melt ponds on  sea ice to winter (pre-melt) sea ice roughness and thickness, for improved understanding of sea ice structure and melting processes. Her work contributes to the growing body of literature on the parameterization of melt pond fraction in sea ice-climate models. She is also investigating the utility of polarimetric synthetic aperture radar parameters for distinguishing major sea ice types (first-year ice, deformed first-year ice and multiyear ice) during the melt season. This research contributes to improved satellite based sea ice awareness for safe marine navigation and ecosystem preservation through disaster prevention.

Rebecca Segal, MSc Student

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Becky’s MSc research works to combine remote sensing and traditional knowledge to make sea ice information products of interest to residents in the Kitikmeot region of Nunavut, western Canadian Arctic.  She uses interviews with community members to inform and guide the analysis of Synthetic Aperture Radar (SAR) images. I am using current SENTINEL-1, COSMO-SkyMed, and ALOS-2 PALSAR-2 imagery as well as a 20-year archive of RADARSAT 1/2 images to understand how community relevant parameters derived from archived imaging radar data can benefit people who live and travel in the Arctic. Her project is partnered with the Canadian Ice Service, the Ice-Covered Ecosystems – CAmbridge Bay Process Studies (ICE-CAMPS) group, Ocean Networks Canada, and the Arctic Eider Society (SEA-AES).

Trilby Buck, Undergraduate Honours Student

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Trilby’s long term research focus is on the use remote sensing and GIS skills to contribute to scientific capacity building for remote communities.  Her honours thesis uses time series analysis to look at changes in arctic sea ice melt and freeze up, in regards to community sea ice travel safety. Her project will determine and report on the changes of sea ice cover melt onset, pond onset, break up and freeze up (a sea ice phenology) as it relates to informed and safe sea ice use by community members in the Kitikmeot region of Nunavut, in the Western Canadian Arctic. Identification of seasonal changes in melt and freeze using remotely sensed imagery will be emphasized as it relates to community needs. Time-series data will be derived from MODIS for the years 2000-2017. Findings will be related to changes in sea ice use by the communities.

Cassie Bosma, Undergraduate Honours Student