Funded Projects
NSF (2023-2026): Collaborative Research: Probing internal gravity wave dynamics and dissipation using global observations and numerical simulations
PIs: Maarten Buijsman, Brian Arbic, Kurt PolzinONR-NOPP (2022-2025): Diagnosis and Validation of the Time and Spatial Variability of Remotely Generated Internal Waves in Global Ocean Simulations https://nopp-giw.ucsd.edu/teams/buijsman/
PIs: Maarten Buijsman, Brian Arbic, Jay ShriverONR-TFO (2019-2023): Modeling, characterizing, and predicting effects of internal gravity waves on acoustic propagation on basin to global scales
PI: Maarten BuijsmanNSF (2018-2023): Collaborative Research: Interactions between Internal Waves, Mesoscale Eddies, and Submesoscale Currents in the California Current System
PIs: Roy Barkan, Maarten Buijsman, Brian Arbic, Jim McWilliamsÂONR-NISKINe (2018-2022): Near-Inertial Waves in Realistically Forced HYCOM Simulations with High-Resolution Atmospheric Coupling
PIs: Maarten Buijsman, Brian Arbic, Jay Shriver, Jim Richman
NASA: Modeling internal wave signals and their predictability for SWOT
PIs: Brian Arbic, Maarten Buijsman et al.NASA (2017-2023): Global Internal Tide-Driven Ocean Mixing: Geography and Mixing
PIs: Zhongxiang Zhao, Maarten BuijsmanNASA (2016-2020): Internal tides and waves in a high-resolution ocean general circulation model with data assimilation
PIs: Brian Arbic, Maarten Buijsman et al.NSF (2015-2020): Collaborative research: Generation of internal waves due to the scattering of semidiurnal hybrid Kelvin-edge waves at varying continental shelf topography
PIs: Alexander Yankovsky and Maarten BuijsmanONR (2015-2019): Improving Global Surface and Internal Tides through Two-Way Coupling with High Resolution Coastal Models
PIs: Maarten Buijsman, Brian Arbic, Alan Wallcraft, Jim Richman, Jay ShriverONR (2015-2019): Russian Dolls: Nesting a turbulent Large Eddy Simulation within a nonhydrostatic Adaptive Grid Model within a 1/25degree HYCOM model
PIs: Alberto Scotti, Sutanu Sarkar, Maarten Buijsman, Alan WallcraftONR: Numerical investigation of nonlinear internal wave generation and breaking in straits
PIs: Sonya Legg and Maarten Buijsman
