The NPS Turbulence Lab will design and fabricate four ocean-cavity profiler systems and handle data processing, archiving, analysis and integration into coupled ice/ocean models of the ice cavity structure and turbulent flux data sets. The analysis will be performed in collaboration with Miles McPhee and David Holland.
- Tim Stanton: NPS PI
- Bill Shaw: NPS co-PI
- Jim Stockel: profiler software design, sensor testing and calibration
- Rob Wyland: profiler mechanical design
- Ron Cowen and Keith Wyckoff: profiler fabrication
- Jim Lambert: machining
Miles McPhee will analyze the sub-shelf profiler data to deduce exchange rates of mass, heat and salinity. He will develop parameterizations of key sub-shelf processes appropriate to the numeric models.
David Holland will lead the ocean modeling effort and interact with collaborator Tony Payne to integrate the ocean model with the ice model. He will also help define the measurement requirements (geometry, sampling rates, etc.) of the sub-shelf profilers.
Robert Bindschadler is the overall leader of the PIG project. He will lead the recon field work and will be responsible for the GPS data reduction. He will conduct the remote sensing analysis to produce the maps of ice shelf elevation and ice thickness and will review classified data of possible field site locations. In his role as leader of this group, Chair of the WAIS Working Group and an early planner of IPY, he will work extensively with education and outreach teams.
Sridhar Anandakrishnan will design the seismic survey, analyze the data and produce a map of sub shelf cavity geometry. This work will be done cooperatively UK collaborator Andy Smith (see supporting letter). He will also collect organize and lead the collection of radar and gravity measurements during the seismic survey and will assist BAS in the inversion of airborne gravity data collected in 2005-06.
Alberto Behar will be responsible for the design, construction, and field operation of the video camera system. This system will reuse as many existing components as possible and share use with other camera systems being supported for related projects.
Martin Truffer will lead the hot water drilling including the deployment of ice sensors for internal ice properties. He will work with the PI to interpret the ice velocity and strain rate measurements in terms of glacier response to external forces, such as tides, sea ice, and water properties.