Jessica C. Garwood
Papers
1
Total Citations
19
H-Index
1
About
Dr. Jessica C. Garwood is a physical oceanographer whose research illuminates the hidden mechanisms driving larval transport in coastal waters. Her work centers on understanding how physical processes—particularly internal waves and subsurface currents—shape the cross-shore movement of marine organisms, a critical factor for the recruitment of benthic species. In her most cited study (2020, 19 citations), Garwood introduced a groundbreaking approach by deploying swarms of Mini-Autonomous Underwater Explorers (M-AUEs), robotic larval mimics that revealed a novel transport mechanism: internal wave deformation of the background velocity field. This innovative use of subsurface, trackable vehicles allowed her to capture fine-scale dynamics previously invisible to traditional sampling methods, directly linking physical oceanography to ecological outcomes. Garwood’s contributions have advanced our understanding of how larvae navigate turbulent coastal environments, with implications for fisheries management and marine conservation. Her work exemplifies the power of merging robotics with oceanography to solve fundamental questions in biological-physical coupling.
Research Focus
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Top Papers
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