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Francis Zwiers

Dr. Francis Zwiers is director of the Pacific Climate Impacts Consortium (PCIC) at the University of Victoria. His former roles include chief of the Canadian Centre for Climate Modelling and Analysis and director of the Climate Research Division, both at Environment and Climate Change Canada. As a research scientist, his expertise is in the application of statistical methods to the analysis of observed and simulated climate variability and change. Dr.

Nicolaas Annau

Nic Annau is a Scientific Software Developer with a BSc in Physics and Astronomy from the University of Victoria. His experience in astrophysics helped him hone his skills as a data scientist and passionate science communicator. He strongly believes in the power of science and data to influence cultural change and highlight our obligation to protect and cherish our only home.

Kari Tyler

Kari Tyler joined PCIC in December 2018 in a new role focussed on user engagement and training.

She brings 8 years of experience working in climate change adaptation and resilience building. She has worked in adaptation policy for the Alberta and British Columbia provincial governments, and has experience as a consultant working in North America and internationally.

Charlotte Ballantyne

Charlotte is a climate data analyst in the Climate Analysis and Monitoring theme at PCIC. She is working on improving current and future PRISM maps and assimilating climate records into the Provincial Climate Data Set (PCDS).

Yanping He

Yanping He is a PCIC research associate working on developing statistical models that link surface maximum winds with power outage for future trend estimation in coastal BC. She gained her PhD and MS degree in the fields of climate dynamics and modeling.

Lee Zeman

Lee Zeman is a Programmer/Analyst with the Computational Support Group at the Pacific Climate Impacts Consortium. His main focus is developing web tools to enable exploration and analysis of climate data. Lee has an A.Arts. in New Media with a specialization in Computer Animation and a B.Sc. in Computer Science. Prior to joining PCIC, Lee worked as a consultant developing scientific visualizations, and was previously Lab Manager of the Scientific Database Lab at the Evergreen State College in Olympia, Washington.

Matthew Benstead

Matthew Benstead is a System Administrator at the Pacific Climate Impacts Consortium within the Computational Support Group. His main focus is to support and maintain the compute, storage and network infrastructure used at PCIC. Matthew has a B.Eng in Computer Systems and many years of professional experience as a system administrator, as well as hardware and software support. Prior to joining PCIC Matthew worked for a multinational computer technology company on a long term project in the health-care space, and at two universities in various capacities.

Dhouha Ouali

Dr. Dhouha Ouali is a Research Associate at PCIC with a background in statistical hydrometeorology, environmental modeling, and risk analysis. She is currently working on producing updated engineering design values for various meteorological variables, that account for the ongoing and projected changes in Canadian climate. Before taking this position, she worked as a Project and Knowledge Mobilization Manager of the Climate-Related Precipitation Extremes project, within the Global Water Futures program (GWF). Prior to arriving at PCIC, Dr.

Rod Glover

Rod Glover is a software engineer at the Pacific Climate Impacts Consortium within the Computational Support Group. His main focus is full-stack development of web applications and online tools for visualizing and delivering climate data. Rod has a B.Sc. in Mathematics and Computer Science, and an M.Sc. in Computer Science in theory of computation.

Charles Curry

Charles Curry is a Research Associate at PCIC with a background in Earth system and regional climate modelling. His research interests include the effects of climate change on the hydrological cycle in Western North America, the added value of dynamical downscaling, observed and modelled climate extremes, the behaviour and downscaling of surface winds, simulations of global climate engineering, and the biogeochemical and radiative modelling of greenhouse gases.

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