Meagan Wengrove
Papers
1
Total Citations
7
H-Index
1
About
Meagan Wengrove is a leading researcher in the fluid dynamics of ice-ocean interactions, with a focus on the turbulent processes that govern glacier melt at marine-terminating ice fronts. Her work bridges observational oceanography and engineering, addressing the critical challenge of understanding centimeter-scale turbulent exchanges near near-vertical glacier ice. Wengrove’s most-cited paper, “Turbulent Dynamics of Buoyant Melt Plumes Adjacent Near‐Vertical Glacier Ice” (2024, 7 citations), provides groundbreaking field measurements that constrain the poorly understood dynamics of buoyant plumes and local currents energizing ice melt. This work is pivotal for improving predictive models of glacier mass loss and sea-level rise. Her contributions have direct implications for climate science, as they refine estimates of submarine melting—a key driver of ice sheet instability. Wengrove’s research is distinguished by its innovative use of high-resolution instrumentation in extreme environments, advancing knowledge of boundary-layer turbulence where direct observations are scarce. Her achievements highlight her as a rising authority in cryospheric fluid dynamics, with work that informs both fundamental science and applied climate modeling.
Research Focus
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Top Papers
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