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Research Staff

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Ashland Aguilar

Research Assistant II

Research Interests: Utilizing remote sensing to investigate kelp forests dynamics.

Contact: ashland.aguilar@whoi.edu

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Morgan Anthony 

Research Assistant II

Research Interests: Sustainable seaweed aquaculture, hatchery and farm design.

Contact: morgan.anthony@whoi.edu

Shaun Coveney

Engineering Assistant III

Contact: shaun.coveney@whoi.edu

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Levi Gorrell

Research Associate III

Lab Site: PV Lab

Contact: lgorrell@whoi.edu

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Daniel Gossard

Research Associate III

Research Interests: Seaweed aquaculture, seaweed ecology, and Phycology in general.

Contact: daniel.gossard@whoi.edu

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Yan Jia

Research Associate III

Research Interests: Coastal and estuarine dynamics simulation, air-sea interaction, model improving oriented field work.

Contact: yan.jia@whoi.edu

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Amy Jones

Research Assistant I

Research Interests: Sustainable seaweed aquaculture, seaweed ecology & genetics.

Contact: amy.jones@whoi.edu

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Hadley Kerr

Research Assistant II

Research Interests: Sugar kelp culture maintenance, sustainable seaweed aquaculture

Contact: hadley.kerr@whoi.edu

 

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Olga Kosnyrev

Senior Research Assistant II

Contact: okosnyreva@whoi.edu

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Scott Lindell

Research Specialist

Research Interests: Marine aquaculture research for sustainably providing food and fuel

Lab Site: Lindell Lab

Contact: slindell@whoi.edu

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Zihua Liu

Research Associate III

Research Interests: Theoretical and numerical studies in geophysical fluid dynamics: an emphasis on stratified flows, nonlinear internal waves and internal tides; Arctic Ocean dynamics; Interdisciplinary research related to fluid dynamics.

Contact: zliu@whoi.edu

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Jay Sisson

Senior Engineering Assistant III

Contact: jsisson@whoi.edu

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Justin Rogers

Research Associate III

Research Interests: Coastal resilience, risk, sea level rise, extreme events, compound hazards. Impact of climate change on human and natural systems in coastal and nearshore environments. Core model development for coastal applications, storm surge, tropical cyclones, flood risk, bottom boundary layers, turbulence, and multiscale physics. I leverage the power of cloud computing, HPC systems and modern code frameworks, and adapt multiple analysis methods including dynamical models, machine learning, statistical methods, and field observations.

Website: https://web.stanford.edu/~jsrogers

Contact: justin.rogers@whoi.edu