Assoc Prof Dr. Shooka Karimpour | Microplastic Dynamics | Women Researcher Award
Assoc Prof Dr. Shooka Karimpour, York University, Canada
Dr. Karimpour is an Associate Professor at York University, leading the Environmental HydroDynamics lab. She holds a Ph.D. in Civil Engineering/Environmental Hydrodynamics from McGill University, where she achieved a perfect CGPA, and has completed extensive post-doctoral research at McGill and UQAM. Her research, published in top journals like the Journal of Fluid Mechanics and Environmental Science and Technology, addresses critical environmental issues such as turbulent mixing and microplastic contamination. Dr. Karimpour has earned prestigious awards, including the Keefer Medal and the Early Researcher Award, and is actively involved in knowledge mobilization and environmental advocacy. She has also served in significant academic roles, such as Undergraduate Program Director at York University, and collaborates across disciplines, including as an associate member of the Biology Graduate Program.
Suitability for the Women Researcher Award:
Dr. Karimpour’s achievements demonstrate her outstanding contributions to environmental hydrodynamics and her commitment to advancing scientific knowledge. Her research on microplastics and turbulent mixing has had a substantial impact on both the academic community and public awareness. Additionally, her leadership in research, numerous accolades, and dedication to knowledge mobilization further underscore her suitability for the Women Researcher Award.
Professional Profile🌍
Google Scholar
Publication Top Notes:
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Evidence of microplastic size impact on mobility and transport in the marine environment: a review and synthesis of recent research
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Year: 2021
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Cited by: 68
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Semianalytical model for shear stress distribution in simple and compound open channels
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Year: 2008
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Cited by: 41
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A multimedia hydrological fate modeling framework to assess water consumption impacts in life cycle assessment
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Year: 2018
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Cited by: 23
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High-order interpolation schemes for shear instability simulations
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Year: 2015
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Cited by: 22
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Entrainment and vertical mixing of aquatic microplastics in turbulent flow: the coupled role of particle size and density
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Year: 2022
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Cited by: 20
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