Qiang Wang

Dr. Qiang Wang is a Senior Scientist in the Climate Dynamics department at the Alfred Wegener Institute (AWI), focusing on ocean dynamics, climate system interactions, and Arctic Ocean processes. His research explores the role of high-latitude seas in global climate, including sea ice changes, air-ice-sea interactions, and ocean circulation modeling. He leads development and application of the unstructured-grid global ocean-sea ice model FESOM, contributing to projects like the MOSAiC expedition and OMIP intercomparison efforts. Key areas include Arctic amplification, Beaufort Gyre dynamics, and climate change impacts on ocean extremes.

Research interests span ocean circulation patterns (e.g., Atlantic/Pacific heat transport), eddy dynamics, and the influence of freshwater anomalies on climate feedbacks. His work addresses urgent questions about Arctic Atlantification, sea ice decline mechanisms, and oceanic responses to warming. Dr. Wang collaborates internationally on high-resolution modeling and climate projections, with findings published in top-tier journals.

Advising and grants involve advancing FESOM's capabilities and applying it to study ice shelf melting, Arctic export pathways, and submesoscale processes. His contributions bridge computational oceanography with observational data, enhancing understanding of polar climate systems.