Curt Schurgers

Papers

Total Citations

181

H-Index

About

Curt Schurgers is a pioneer in underwater sensing and autonomous robotic systems, with a focus on submesoscale ocean dynamics—the complex, small-scale motions that drive ocean mixing and climate. His most influential work introduces the Mini-Autonomous Underwater Explorer (M-AUE), a swarm of miniature, drift-capable robots that measure three-dimensional ocean flows at scales below 1–10 km, a regime previously inaccessible to conventional instruments. This breakthrough, published in *Nature Communications* (2017, 177 citations), enables simultaneous, high-resolution sampling of nonlinear submesoscale processes, transforming our ability to study ocean circulation, nutrient transport, and ecosystem dynamics. Schurgers also contributed to the foundational organization of underwater networking research, co-chairing the Fourth ACM International Workshop on UnderWater Networks (WUWNet 2009). His work bridges robotics, sensor networks, and physical oceanography, offering scalable, low-cost tools for real-time ocean observation. By enabling distributed, autonomous measurements in challenging marine environments, Schurgers has opened new frontiers for climate science, environmental monitoring, and underwater exploration.