ADMINISTRATION

WRF Teams and Developers Directory WRF Management WRF Oversight Board WRF Project Coordinator WRF Science Board
Names, Phone numbers and email of team leaders and working group participants. Brief description of the WRF management strategy Names and affiliations of oversight board members Brief description of the WRF coordinator responsibilities Names and affiliations of potential science board members

PLENARY MEETINGS

14 February 2000 Minutes of the conference call meeting between the participating institutions in anticipation of the March 2000 USWRP meeting.
29-30 March 2000 (Plans)
29-30 March 2000 (Agenda)
WRF / USWRP meeting, March 29 and 30 (Wednesday and Thursday).
NCAR Foothills Lab
FL-1, ATD Conference Room
Boulder CO
23 June 2000
Register
WRF Workshop, June 23 (Friday).
NCAR Mesa Lab
Main Seminar Room
Boulder CO



WRF DEVELOPMENT TEAMS

Numerics & Software Data Assimilation Analysis & Verification Community Involvement Operational Implementation
TEAM LEADERS
Joe Klemp
NCAR
klemp@ucar.edu
Tom Schlatter
FSL
schlatter@fsl.noaa.gov
Kelvin Droegemeier
CAPS
kkd@ou.edu
Bill Kuo
NCAR
kuo@ucar.edu
Geoff DiMego
NCEP
geoff.dimego@noaa.gov
WORKING GROUPS IN EACH TEAM
WG1

Numerics & Model Dynamics

Send Email to Group

WG3

Standard Initialization Procedures

Send Email to Group

WG6

Post Processing

Send Email to Group

WG5

Model Physics

Send Email to Group

WG9

Operational Requirements

Send Email to Group

WG2

Software Architecture, Standards & Implementation

Send Email to Group

WG4

3D-VAR Data Assimilation

Send Email to Group

WG7

Model Testing & Verification

Send Email to Group

WG8

Web Site, Workshops & Model Support

Send Email to Group

WG10

4D-VAR Data Assimilation

Send Email to Group



DATA/FTP



FORUMS



SURVEY/POLL


The WRF Model project is a joint USWRP sponsored effort among NCAR/MMM, NOAA/NCEP, NOAA/FSL, and OU/CAPS, in collaboration with other agencies and university scientists, to develop a next-generation mesoscale forecast model and assimilation system that will advance the understanding and prediction of mesoscale precipitation systems.