High latitude
ORBIS: Ocean Robots Beneath Ice Shelves
Paul G. Allen Family Foundation
Craig Lee, Luc Rainville, Pierre Dutrieux, James Girton, Knut Christianson and Jason Gobat
SODA: An Annual Cycle of Atmosphere-Ice-Ocean Interactions using Autonomous Gliders and Moorings
Office of Naval Research
Craig Lee, Luc Rainville and Jason Gobat
MIZ: Evolution of the Marginal Ice Zone: Adapting sampling with autonomous gliders
Office of Naval Research
Craig Lee, Luc Rainville and Jason Gobat
Davis Strait: A sustained observational network for Davis Strait - Understanding exchanges through a critical Arctic gateway
2004-2017, 2020-2025
National Science Foundation
Craig M. Lee, Jason Gobat (Applied Physics Laboratory, University of Washington), Kathleen Stafford, (Oregon State University), Alexandra Jahn (University of Colorado, Boulder), Kumiko Azetzu-Scott, Clark Richards (Bedford Institute of Oceanography)
Switchyard: A modular approach to building an Arctic Observing System for the IPY and beyond in the Switchyard region of the Arctic Ocean
National Science Foundation
Craig Lee, Jason Gobat, and Michael Steele
Glider Surveys off Norway
Norwegian Meteorological Office
Craig Lee
Workshop on Acoustic Navigation and Communications for High-latitude Ocean Research
National Science Foundation (OPP)
Craig M. Lee and Jason Gobat conveners
Meso/Submesoscale processes
NISKINe: Generation and Evolution of Near-Inertial Waves in a Strongly Heterogeneous Upper Ocean: Investigations using Autonomous Gliders and a High-Resolution Towed Profiler
Office of Naval Research
Craig Lee, Luc Rainville and Jason Gobat
MISOBOB: The Monsoon Circulation of the Bay of Bengal
Office of Naval Research
Craig Lee, Luc Rainville and Jason Gobat
NASCAR: The Monsoon Circulation of the Arabian Sea
Office of Naval Research
Craig Lee, Luc Rainville and Jason Gobat
Salinity: Adaptive Sampling of Rain and Ocean Salinity from Autonomous Seagliders
NASA
Luc Rainville, Geoff Shilling
Taiwan: Eddy and Kuroshio Dynamics near Taiwan
Office of Naval Research
Craig Lee, Luc Rainville
SPURS-2: An Annual Cycle of Upper Ocean Salinity in a Rainfall–Dominated Region Captured by High-Resolution Glider Surveys
NASA
Luc Rainville, Craig M. Lee, Charles Eriksen, Kyla Drushka
SPURS: An Annual Cycle of Upper Ocean Salinity Captured by High-Resolution Glider Surveys
NASA
Luc Rainville, Craig M. Lee, Charles Eriksen, Kyla Drushka
Mixed Layer Model Testing (AESOP)
Office of Naval Research
Craig Lee and Eric D'Asaro
Physical and Optical Structures in the Upper Ocean of the East (Japan) Sea
Office of Naval Research
Craig M. Lee, Kenneth H. Brink, and Burton H. Jones
DOLCE VITA - Mesoscale Dynamics and Response to Strong Atmospheric Forcing
Office of Naval Research
Craig M. Lee
Shallow Water Climatology
Office of Naval Research
Craig M. Lee
A High-Performance, Shallow-Water Towed Profiler for Intensive, Three-Dimensional Surveys
2001 - 2003
Office of Naval Research
Craig M. Lee
U.S. GLOBEC Georges Bank Phase 2: Retention Processes - Moorings and Highly Resolved Hydrography
1996 - 1998
National Science Foundation
Kenneth H. Brink and Craig Lee
Arabian Sea Response to Monsoon Forcing
1994 - 1998
Office of Naval Research
Kenneth Brink, Craig M. Lee, Burton H. Jones, and Albert S. Fischer
Arabian Sea Response to Monsoonal Forcing
FULBRIGHT FOUNDATION AND UW SCHOOL OF OCEANOGRAPHY
Abdullah Bamasoud, Craig M. Lee and Kathie Kelly
Glider Repeat Surveys of Eastern Boundary Currents off Washington
National Science Foundation
Charles C. Eriksen and Craig M. Lee
Hawaiian Ocean Mixing Experiment: Nearfield: Full Depth Tide Beam Tracking
National Science Foundation
Thomas B. Sanford, Craig M. Lee and Eric Kunze
Hawaiian Ocean Mixing Experiment: Survey: A Full Depth Census of Tide-Topography Interactions
National Science Foundation
Thomas B. Sanford, Craig M. Lee and Eric Kunze
Biophysical interaction
North Atlantic Bloom Experiment
National Science Foundation
Craig Lee, Eric D'Asaro, and Mary Jane Perry
Seasonal and Interannual Variability of the Alaska Coastal Current: Long-Term, Three-Dimensional Observations using a Telemetering, Autonomous Vehicle
National Science Foundation
Craig M. Lee and Charles C. Eriksen