Rime2003

Known PreRIME/RIME proposals submitted in 2003

PI(s)/Institution Title/Topic

To NSF OPP in June 2003

Co PI: Charles R. Stearns (U. Wisconsin - Madison)
Co PI: Dan Lubin (Scripps Institution of Oceanography)
Co I: Shelley L. Knuth (U. Wisconsin - Madison)

Collaborative Research: Physics of Antarctic Clouds from Aircraft-Based Spectral Radiometry During RIME.

Co PI: Charles R. Stearns (U. Wisconsin - Madison)
Co PI: Pao K. Wang (U. Wisconsin - Madison)
Co I: Mathew A. Lazzara (U. Wisconsin - Madison)

A Diagnostic Study of Local Fog Events in the Ross Island Region of Antarctica.

PI: Greg Tripoli (U. Wisconsin - Madison)
Co PI: Amanda Adams (U. Wisconsin - Madison)

A Numerical Investigation of the Microstructure of the Ross Ice Shelf Air Stream.

PI: Thomas R. Parish (U. Wyoming)
Co PI: John J. Cassano (U. Colorado - Boulder)

Pre-RIME Multi-platform Airborne Studies of Boundary Layer Processes over the Ross Ice Shelf, Antarctica.

PI: Thomas R. Parish (U. Wyoming)
Co PI: Keith Hines (The Ohio State University)

Pre-RIME Studies of Cloud Microphysical and Dynamical Processes associated with Ross Sea Cyclones.

PI: Stephen Cohn (UCAR)
Co PI: James Pinto (UCAR & U. Colorado - Boulder)
Co PI: William Brown (UCAR)
Co PI: David Parsons (UCAR)

High Latitude Integrated Sounding System (ISS) Development and Deployment for Antarctic Research.

PI: James Pinto (UCAR & U. Colorado - Boulder)
Co PI: Jordan Powers (UCAR)
Co PI: Greg Holland (Aerosonde Corp.)

Characterization and Prediction of Mesoscale Circulations Influencing Ross Island Meteorology Using Airborne Platforms and the Antarctric Mesoscale Prediction System (AMPS).

PI: P. Ola G. Persson (NOAA)

The Vertical Atmospheric Structure and its Relation to Surface Conditions on the Western Ross Ice Shelf.

To NASA in May 2003

Co PI: Charles R. Stearns (U. Wisconsin - Madison)
Co PI: Dan Lubin (Scripps Institute of Oceanography)
Co PI: Michael A. Comberiate (NASA)
Co I: Mathew A. Lazzara (U. Wisconsin - Madison)

Unique Real-time Geophysical Products and Applications from the Antarctic Using EOS Aqua, Terra and Other Direct Broadcast Satellites.

PI(s)/Institution	Title/Topic
To NSF OPP in June 2003
Co PI: Charles R. Stearns (U. Wisconsin - Madison) Co PI: Dan Lubin (Scripps Institution of Oceanography) Co I: Shelley L. Knuth (U. Wisconsin - Madison)	Collaborative Research: Physics of Antarctic Clouds from Aircraft-Based Spectral Radiometry During RIME.
Co PI: Charles R. Stearns (U. Wisconsin - Madison) Co PI: Pao K. Wang (U. Wisconsin - Madison) Co I: Mathew A. Lazzara (U. Wisconsin - Madison)	A Diagnostic Study of Local Fog Events in the Ross Island Region of Antarctica.
PI: Greg Tripoli (U. Wisconsin - Madison) Co PI: Amanda Adams (U. Wisconsin - Madison)	A Numerical Investigation of the Microstructure of the Ross Ice Shelf Air Stream.
PI: Thomas R. Parish (U. Wyoming) Co PI: John J. Cassano (U. Colorado - Boulder)	Pre-RIME Multi-platform Airborne Studies of Boundary Layer Processes over the Ross Ice Shelf, Antarctica.
PI: Thomas R. Parish (U. Wyoming) Co PI: Keith Hines (The Ohio State University)	Pre-RIME Studies of Cloud Microphysical and Dynamical Processes associated with Ross Sea Cyclones.
PI: Stephen Cohn (UCAR) Co PI: James Pinto (UCAR & U. Colorado - Boulder) Co PI: William Brown (UCAR) Co PI: David Parsons (UCAR)	High Latitude Integrated Sounding System (ISS) Development and Deployment for Antarctic Research.
PI: James Pinto (UCAR & U. Colorado - Boulder) Co PI: Jordan Powers (UCAR) Co PI: Greg Holland (Aerosonde Corp.)	Characterization and Prediction of Mesoscale Circulations Influencing Ross Island Meteorology Using Airborne Platforms and the Antarctric Mesoscale Prediction System (AMPS).
PI: P. Ola G. Persson (NOAA)	The Vertical Atmospheric Structure and its Relation to Surface Conditions on the Western Ross Ice Shelf.
To NASA in May 2003
Co PI: Charles R. Stearns (U. Wisconsin - Madison) Co PI: Dan Lubin (Scripps Institute of Oceanography) Co PI: Michael A. Comberiate (NASA) Co I: Mathew A. Lazzara (U. Wisconsin - Madison)	Unique Real-time Geophysical Products and Applications from the Antarctic Using EOS Aqua, Terra and Other Direct Broadcast Satellites.