Students and Postdoctoral Fellows participating in the NSERC CREATE Training Program in Arctic Atmospheric Science
Current and subsequent positions posted as of December 2016.
CREATE-Funded Graduate Students and Post-doctoral Fellows |
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Christian Akpanya |
Interpretation of gravity waves in PEARL All Sky Imager (ASI) data. |
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Cristen Adams |
UV-visible measurements of atmospheric composition. |
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Konstantin Baibakov |
Starphotometry/lidar analysis (Eureka and Ny
Alesund). |
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Preeti Bhaneja |
Analysis of SATI mesospheric temperature and airglow observations |
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Jai Prakash Chaubey |
Remote sensing of aerosols, clouds and precipitation |
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Stephanie Conway |
NDACC trace gas retrievals for the Bruker FTIR spectrometer at PEARL |
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Uma Das |
Investigations of the High-Latitude Mesosphere using Ground and
Satellite Observations. |
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David Daou |
AHSRL and PEARL CIMEL data
analysis. |
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Anthony Dineen York U (M. Shepherd) |
Aerosol observations in the upper troposphere lower stratosphere
region. |
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Ghazal Farhani
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Determination of the systematic uncertainties for LIDAR temperature retrievals |
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Jonathan Franklin Dalhousie U (J.R. Drummond) |
Retrieval
of
atmospheric
composition from FTS measurements, including solar tracking improvements. |
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Shayamila Nirosha Gamage |
RALMO rotational Raman temperature retrieval using Tthe optimal estimation method |
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Shannon Hicks |
Error analysis and automation of the Purple Crow Lidar. |
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Kim Inseon |
Data processing and analysis of COSMIC/Formosat-3 ionospheric observations at high latitudes. |
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Liviu
Ivanescu |
Optical depth temporal variations using
star-photometry |
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Lidar measurements of water vapour and temperature in the stratosphere |
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Sam Kristoffersen |
ERWIN-2 data analysis |
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Jeffery Langille |
Remote
sensing of the upper atmosphere |
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Jerusha Lederman |
Data processing and analysis of airglow observations by the Spectral Airflow Temperature Imager (SATI) and comparisons with the Geospace Observatory |
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Erik Lutsch |
Measurements of biomass burning in the Arctic |
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Zen Mariani |
E-AERI measurements and data analysis |
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Emily McCullough |
Lidar measurements of water vapour in the upper
troposphere-lower stratosphere region. |
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Melissa Olsthoorn |
Impact of decreasing sea ice of the atmosphere |
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Chris Perro Dalhousie U (T. Duck) |
Raman lidar data analysis |
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Sebastien Roche |
Ground-based remote sensing of greenhouse gases in the High Arctic |
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Niall Ryan |
Development of a millimeter wave
radiometer |
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Alexey Tikhomirov |
Upgrades and improvements to the DIAL ozone lidar system at PEARL |
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Chris Vail |
Gravity wave temporal variations using the PASI |
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Jeffery Vankerkhove |
Characterization/Calibration of lidar water vapor measurements |
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Dan Weaver |
Intercomparison of atmospheric water vapour measurements at Eureka |
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Robin Wing U of Western Ontario (R. Sica) |
Effects of gravity waves on temperature,
aerosols and clouds. |
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Melanie Wright |
Gravity waves in the
Arctic and non-Arctic atmosphere. |
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Xiaoyi Zhao |
UV-visible GBS measurements of atmospheric composition |
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Summer 2014 |
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Maura Dewey |
Analysis and comparison of FTIR data collected in Eureka Nunavut with that from the ACE satellite instruments |
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Sean Hartery |
Computer modelling of parcels of aerosols as detected by a lidar |
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Gaige Kerr |
Analysing spectral aerosol optical depth curvature associated with a representative sampling of Arctic and mid-latitude sites to test the presence of a brown carbon signal |
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Carmen Lee |
Analysing and comparing weather station data from 0PAL, PEARL ridge lab, and PEARL safe hut |
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Peter McGovern |
Assistant Operator at PEARL |
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Kevin O'Hearon |
Analyzing AIRS monthly data products to quantify the effects of Arctic Amplification |
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Sebastien Roche |
Investigating atmospheric composition over Canada using Fourier transform infrared spectroscopy |
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Meike Rotermund |
Modeling the overlap profiles of the RMR Lidar |
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Summer 2013 |
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Peter Argall |
Developing software tools to simplify the acquisition and analysis of lidar data |
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Chia Cheng Chen |
Calibration of the infrared sensor on the Limb Imaging of Aerosols |
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Kostya Golovan |
Taking daily measurements of trace gasses at the University of Toronto Atmospheric Observatory (TAO) |
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Sean Hartery |
Characterization and calibration of analog LICEL channels for detection of Raman and Rayleigh scattering |
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Mathilde Jutras |
Programming and help to build a PID controller for a new chopper on a lidar |
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Bradley Kloostra |
Design of control system, data processing system and user interface for SPÉIR, a millimetre-wave radiometer in development for use at PEARL |
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Valerie Losier |
Calibrating instruments, modifying and testing WaMI (Waves Michelson Interferometer) for the infrared region of the spectrum |
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Meike Rotermund |
Lidar measurements and data analysis |
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Summer 2012 |
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Peter Argall |
To develop software for the analysis of lidar data |
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Ryan DeVries |
Reformatting data into HDF format for uploading into NDACC database and modeling filter upgradtes |
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Chieh Ting (Jimmy) Hsu |
Process and analyze the data collected by an Aerosol Mass Spectrometer at the PEARL field laboratory of CANDAC |
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Erik Lutsch |
Retrieval of polar stratospheric clouds from combined ACE-FTS and MAESTRO measurements |
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Steven McLaughlin |
Using All Sky Imager data to analyze gravity waves |
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Mark Semelhago |
Collecting and modeling data retrieved from the Fourier Transform InfraRed Spectrometer (FTS) at the Toronto Atmospheric Observatory (TAO) |
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Alessio Spassiani |
Atmospheric remote sounding using the AERI-X instrument |
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Mitchell Wolf |
Investigating tidal signatures in ERWIN-2 data |
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Summer 2011 |
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Justin Bandoro U of Western Ontario (R. Sica, 2011) |
Lidar temperature and error analysis |
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Marine Favier |
A study on the optical design of the Wind Interferometer/ All sky Imager data analysis |
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Jenny Kliever |
Setting up the PARIS-IR suntracker and processing PARIS-IR data |
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Camille Pagniello |
Modelling and characterizing instrument behaviour under different |
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Alessio Spassiani |
Trace gas retrievals using the P-AERI |
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Andrei Vovk |
Analysis of ACE ozone measurements over the Arctic |
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Tian Xia |
Testing and development of miniature spectrometers used for atmospheric |
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Summer 2010 |
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Stephen Doyle (T. Duck, 2010) |
Raman lidar data analysis |
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Anthony Dineen York U (M. Shepherd, 2010) |
Aerosol observations in the upper troposphere lower stratosphere region |
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Matthew Walker (K. Walker, 2010) |
Processing of PARIS-IR data |
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Tony Xie (W. Ward, 2010) |
Analysis tools for images from the All Sky Imager |
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CREATE College Co-op Summer Students |
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Mike Maurice U of Toronto (K. Strong, 2011) |
Infrared remote sounding of the atmosphere |
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Using PAHA data for model evaluation of aerosol optical retrievals: focus on intensive (per particle) regional parameters |
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Ralf Bauer |
Validating satellite measurements over the Canadian high Arctic |
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Yann Blanchard |
IR multi-band radiometer retrievals. |
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Kristof Bognar |
Ground Based Spectrometers at PEARL |
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Brendan Byrne |
Sensitivity of CO2 flux inversions to the temporal and spatial distribution of observations |
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Richard Damoah (PDF) |
Lagrangian modelling for all research themes |
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Lin Dan |
Measurements of atmospheric composition by PARIS-IR |
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Debora Griffin |
Polar sunrise FTS measurements and comparisons to the ACE satellite |
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Sareh Hesaraki |
Arctic aerosols and aerosol transport |
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Gerrit Holl |
Using the PEARL data set for validating current satellite missions (ACE, GOSAT, OSIRIS) focusing on trace gases and aerosol properties |
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Jaya Khanna |
Lidar data
processing. |
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Felicia Kolonjari |
Understanding polar ozone
depletion through analysis of ACE-FTS CFC and HCFC measurements. |
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Zhenhua Li |
Polar vortex and persistent cold weather events in Central-Eastern North America |
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Andrei Lindenmaier
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Cloud measurements with the millimeter
wavelength radar |
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Rodica Lindenmaier |
PEARL Bruker FTIR measurements |
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Alexander Lupu
(PDF) |
Tropospheric chemistry and aerosol modelling |
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Joseph Mendonca |
Ground-based remote sensing of greenhouse gases in the High Arctic
Subsequent position: Visiting Fellow
(PDF) at Environment and Climate Change Canada, Downsview, ON |
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Graeme Nott
(RA) |
Lidar instrumentation, operations, and analysis |
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Frans Olofson
(PDF) |
Lidar studies of
stratospheric aerosols in the Arctic. |
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Colin Pike-Thackray |
Eureka's surface energy budget and its many components and their
relationship with climate. |
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Anthony Pugliese |
Annual variations in CFC-11, CFC-12, and HCFC-22 in two polar sites. Subsequent position: Teacher training at the Ontario institute for Studies in Education, Toronto, ON |
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Auromeet Saha (PDF) |
Photometry-suite data |
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Keyvan Ranjbar |
CM-CAP (Composition – Clouds Aerosols & Precipitation) focusing on the identification and characterization of natural aerosols in the Arctic |
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Jeff Seabrook |
Tropospheric ozone lidar measurements at Eureka |
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Sophie Tran |
Measurements of the atmospheric composition made with UV-Visible and Fourier transform infrared spectrometers at PEARL |
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Camille Viatte
(PDF) |
Trace gas analysis from FTIR measurements at Eureka. |
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Xiaoyong Xu (PDF) |
Eureka VHF meteor radar and global
radar-network winds; CMAM-DAS, MetO, ECMWF and Aura MLT temperatures. |