NCAR-organized Seminars & Presentations
NCAR Staff Gave 1661 Seminars & Presentations -- back to Community Service
Jump To: CISL | EOL | ESSL | RAL | SERE
| Employee Last Name | Employee First Name | Presentation Title | Audience | City | State | Country | NCAR Lab | Group | ||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| CISL (back to top) | ||||||||||||||||
| Anderson | Jeffrey | Ensemble assimilation of GPS radio occultation sounding | 50 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | Using an ensemble data assimilation system for climate model development | 100 | San Antonio | TX | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | Capabilities and limitations of ensemble data assimilation | 100 | San Antonio | TX | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | Using the DART-CAM ensemble data assimilation system for climate model development | 50 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | The Data Assimilation Research Testbed: Powerful, adaptive and fast assimilation for geophysical applications | 50 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | Using observations to estimate climate model parameters | 50 | Berkeley | CA | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | DART for assimilation applications in Singapore | 15 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | The DART/CAM ensemble data assimilation system | 20 | Breckenridge | CO | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | DART: A community tool for ensemble data assimilation research | 200 | Park City | UT | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | Tutorial on ensemble Kalman filtering | 200 | Park City | UT | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | Weighted ensemble filters for assimilation of discrete structures | 100 | Park City | UT | USA | CISL | IMAGe | ||||||||
| Anderson | Jeffrey | Using DART for Carbon Assimilation | 25 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Bettge | Tom | Recent Developments in Production HPC at NCAR | 100 | Reading | GBR | CISL | OSD | |||||||||
| Bettge | Tom | The Computational and Information Systems Laboratory at NCAR | 100 | Tampa | FL | USA | CISL | OSD | ||||||||
| Bettge | Tom | High Performance Computing at NCAR | 35 | San Antonio | TX | USA | CISL | OSD | ||||||||
| Bettge | Tom | Strategic Directions in High Performance Computing at NCAR | 50 | Madison | WI | USA | CISL | OSD | ||||||||
| Bettge | Tom | Testing and Integration of HEC Systems at NCAR | 100 | San Francisco | CA | USA | CISL | OSD | ||||||||
| Clyne | John | VAPOR: Visualization and Analysis Platform for Ocean, atmosphere, and solar Research |
100 | Tampa | FL | USA | CISL | OSD | ||||||||
| Clyne | John | Lossy Compression for Scientific Data | 35 | Peaceful Valley | CO | USA | CISL | OSD | ||||||||
| Clyne | John | The peril of the petascale: emerging challenges in large scale computational science | 40 | Boulder | CO | USA | CISL | OSD | ||||||||
| Clyne | John | The peril of the petascale: emerging challenges in large scale computational science | 30 | Paris | FRA | CISL | OSD | |||||||||
| Clyne | John | Analysis and Visualization of High-Resolution Astrophysical Flows | 75 | Paris | FRA | CISL | OSD | |||||||||
| Clyne | John | The peril of the petascale: emerging challenges in large scale computational science | 30 | Boulder | CO | USA | CISL | OSD | ||||||||
| Comeaux | Joey | CISL's Research Data Archive (RDA): What, Where and How | 20 | Boulder | CO | USA | CISL | NCAR | ||||||||
| DeLuca | Cecelia | World Climate Research Program | 30 | Boulder | CO | USA | CISL | TDD | ||||||||
| DeLuca | Cecelia | NUOPC Operational Partnership | 24 | Camp Springs | MD | USA | CISL | TDD | ||||||||
| DeLuca | Cecelia | NIH Seminar | 20 | Boulder | CO | USA | CISL | TDD | ||||||||
| DeLuca | Cecelia | AMS MeetingBuilding a Federation of Modeling Components with ESMF and the Earth System Curator | 20 | San Antonio | TX | USA | CISL | TDD | ||||||||
| DeLuca | Cecelia | BEI Technical Review | 24 | Boulder | CO | USA | CISL | TDD | ||||||||
| DeLuca | Cecelia | NASA Modeling Analysis and Prediction Program Meeting | 200 | College Park | MD | USA | CISL | TDD | ||||||||
| DeLuca | Cecelia | CCSM SEWG Meeting | 20 | Boulder | CO | USA | CISL | TDD | ||||||||
| DeLuca | Cecelia | NCAR ESM Meeting | 50 | Boulder | CO | USA | CISL | TDD | ||||||||
| DeLuca | Cecelia | BEI Board of Directors ESMF UPDATE | 20 | Stennis | MS | USA | CISL | TDD | ||||||||
| Dennis | John | Petascale Coupled Climate Simulation | 50 | Oak Ridge | TN | USA | CISL | TDD | ||||||||
| Dennis | John | Preparing Climate codes for Petascale: (POP/CICE/HOMME) | 35 | San Diego | CA | USA | CISL | TDD | ||||||||
| Dennis | John | Space-filling curves and CICE4 | 20 | Boulder | CO | USA | CISL | TDD | ||||||||
| Dennis | John | Chip-Multiprocessors & You | 25 | Boulder | CO | USA | CISL | TDD | ||||||||
| Dennis | John | Inverse Space-filling Curve Partitioning of a Global Ocean Model | 35 | Long Beach | CA | USA | CISL | TDD | ||||||||
| Dennis | John | Expedition Computing: Exploring the Petascale Frontier | 40 | Breckenridge | CO | USA | CISL | TDD | ||||||||
| Dennis | John | Expedition Computing: Exploring the Petascale Frontier | 80 | Annecy | FRA | CISL | TDD | |||||||||
| Elahi | Irfan | 2007 Parallel I/O Report | 45 | Maui | HI | USA | CISL | OSD | ||||||||
| Flyer | Natasha | Steady-state solutions to the shallow water | 20 | Santa Fe | NM | USA | CISL | IMAGe | ||||||||
| Flyer | Natasha | Modeling simple atmospheric flows on a sphere using radial basis functions | 25 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Flyer | Natasha | Modeling simple atmospheric flows on a sphere using radial basis functions | 40 | Dundee | GBR | CISL | IMAGe | |||||||||
| Flyer | Natasha | The character of initial-boundary value problems and their numerical solution | 20 | Wichita | KS | USA | CISL | IMAGe | ||||||||
| Flyer | Natasha | The character of initial-boundary value problems and a novel numerical technique for their integration | 30 | Cambridge | GBR | CISL | IMAGe | |||||||||
| Flyer | Natasha | Simple atmospheric flows on a sphere using radial basis functions | 40 | Exeter | GBR | CISL | IMAGe | |||||||||
| Fournier | Aimé | Review and prospects of adaptive meshes in atmospheric numerical simulation | 16 | Exeter | GBR | CISL | IMAGe | |||||||||
| Fournier | Aimé | Local mass and energy conservation in spectral-element discretization of the sphere (& torus) | 64 | Exeter | GBR | CISL | IMAGe | |||||||||
| Fournier | Aimé | Local mass and energy conservation in spectral-element discretization of the sphere (& torus) | 64 | London | GBR | CISL | IMAGe | |||||||||
| Fournier | Aimé | Dynamically adaptive high-order simulation of decaying 2D Navier-Stokes flow | 32 | Santa Fe | NM | USA | CISL | IMAGe | ||||||||
| Fournier | Aimé | Spatially localized global Fourier analysis of 2d 3-vortex dynamics at RE = 2*10^4 simulated by dynamically adaptive spectral elements | 64 | Exeter | GBR | CISL | IMAGe | |||||||||
| Fournier | Aimé | Examples of multiscale and multiresolution simulation | 8 | London | GBR | |||||||||||
| Hoar | Timothy | Introduction to Matlab at NCAR | 8 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Hoar | Timothy | Data Assimilation with DART | 30 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Huang | Wei | Performance Compararison of NCAR's Power5 and Power5+ at OSD | 40 | Munich | DEU | CISL | OSD | |||||||||
| Huang & Ghosh | Wei & Siddhartha | Solving a Blueice Performance Mystery | 35 | Garching | DEU | CISL | OSD | |||||||||
| Ji | Zaihua | Data to Support Ocean-Atmosphere Research | 60 | Qingdao | CHN | CISL | NCAR | |||||||||
| Kaufman | Cari | Covariance tapering for likelihood based estimation in large spatial datasets | 25 | Fort Collins | CO | USA | CISL | IMAGe | ||||||||
| Kaufman | Cari | Efficient emulators of computer experiments using covariance tapering | 20 | Vancouver | CAN | CISL | IMAGe | |||||||||
| Kaufman | Cari | Efficient emulators of computer experiments using covariance tapering | 30 | Durham | NC | USA | CISL | IMAGe | ||||||||
| Kaufman | Cari | State-space modeling of soil moisture | 40 | Durham | NC | USA | CISL | IMAGe | ||||||||
| Kaufman | Cari | Covariance tapering for likelihood based estimation in large spatial datasets | 30 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Kaufman | Cari | Functional ANOVA modeling of regional climate model experiments | 30 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Kaufman | Cari | Functional ANOVA modeling of regional climate model experiments | 100 | Salt Lake City | UT | USA | CISL | IMAGe | ||||||||
| Kaufman | Cari | Functional ANOVA modeling of regional climate model experiments | 20 | Golden | CO | USA | CISL | IMAGe | ||||||||
| Kellie | Al | NCAR Overview | 100 | Tampa | FL | USA | CISL | DIR | ||||||||
| Kellie | Al | CISL Overview | 20 | San Antonio | TX | USA | CISL | DIR | ||||||||
| Kellie | Al | CISL Overview | 60 | Maui | HI | USA | CISL | DIR | ||||||||
| Kellie | Al | NCAR/CISL Overview | 10 | Tokyo | JPN | CISL | DIR | |||||||||
| Kellie | Al | CISL Plans | 20 | Paris | FRA | CISL | DIR | |||||||||
| Kellie | Al | CAS Workshop Introduction | 80 | Annecy | FRA | CISL | DIR | |||||||||
| Kelly | Rory | Implementation of a Finite Difference Shallow Water Model on the SRC-6 MAPStation | 300 | Santa Fe | NM | USA | CISL | TDD | ||||||||
| Li | Bo | The "Hockey Stick" and the 1990s: A statistical perspective on reconstructing hemispheric temperatures | 30 | Beijing | CHN | CISL | IMAGe | |||||||||
| Li | Bo | Nonparametric assessment of properties of space-time covariance functions | 50 | Salt Lake City | UT | USA | CISL | IMAGe | ||||||||
| Li | Bo | The "Hockey Stick" and the 1990s: A statistical perspective on reconstructing hemispheric temperatures | 40 | Salt Lake City | UT | USA | CISL | IMAGe | ||||||||
| Li | Bo | Nonparametric assessment of properties of space-time covariance functions | 50 | Salt Lake City | UT | USA | CISL | IMAGe | ||||||||
| Li | Bo | The "Hockey Stick" and the 1990s: A statistical perspective on reconstructing hemispheric temperatures | 100 | Seattle | WA | USA | CISL | IMAGe | ||||||||
| Li | Bo | Modeling and testing properties of space-time covariance functions | 60 | Fort Collins | CO | USA | CISL | IMAGe | ||||||||
| Li | Bo | The "Hockey Stick" and the 1990s: A statistical perspective on reconstructing hemispheric temperatures | 40 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Liu | Hui | The impacts of radio occultation data on analyses and prediction of the monsoon and hurricanes using WRF ensemble forecast system | 45 | San Diego | CA | USA | CISL | IMAGe | ||||||||
| Liu | Hui | The impacts of COSMIC radio occultation data on prediction of monsoon rainfall | 50 | Perugia | ITA | CISL | IMAGe | |||||||||
| Loft | Rich | Towards a Petascale Geocollaboratory | 40 | Los Angeles | CA | USA | CISL | TDD | ||||||||
| Loft | Rich | Petascale Computing for Scientific Simulation: Mr Moore meets Mr. Amdahl | 60 | Golden | CO | USA | CISL | TDD | ||||||||
| Loft | Rich | Second Workshop on Geoscience Applications Requirements for Petascale Architectures (GARPA-2): Towards a Sustainable Geoscience Application Forum | 30 | Tampa Bay | FL | USA | CISL | TDD | ||||||||
| Loft | Rich | NCAR's TeraGrid Integration Update | 10 | Tampa Bay | FL | USA | CISL | TDD | ||||||||
| Loft | Rich | Towards a Geosciences Cyber-Collaboratory | 40 | San Francisco | CA | USA | CISL | TDD | ||||||||
| Loft | Rich | Second Workshop on Geoscience Applications Requirements for Petascale Architectures (GARPA-2): Towards a Sustainable Geoscience Application Forum | 35 | La Jolla | CA | USA | CISL | TDD | ||||||||
| Loft | Rich | Meeting the Challenge of 21st Century Geoscience Modeling with a Petascale Cyber-Collaboratory | 60 | Houston | TX | USA | CISL | TDD | ||||||||
| Loft | Rich | Meeting the Challenge of 21st Century Geoscience Modeling with a Petascale Cyber-Collaboratory | 20 | Houston | TX | USA | CISL | TDD | ||||||||
| Loft | Rich | Meeting the Challenge of 21st Century Geoscience Modeling with a Petascale Cyber-Collaboratory | 70 | Houston | TX | USA | CISL | TDD | ||||||||
| Loft | Rich | Metting the Challenge of 21st Century Geoscience Modeling at the Petascale | 80 | Annecy | FRA | CISL | TDD | |||||||||
| Loft | Rich | Challenges in Geoscience Data Analysis and Visualization | 40 | Arlington | VA | USA | CISL | TDD | ||||||||
| Loft | Rich | Scaling Climate Models to the Petascale | 15 | Tampa Bay | FL | USA | CISL | TDD | ||||||||
| Meehl | Marla | Quilt Meeting: I2/NLR RHCP plans to Quilt | 50 | Salt Lake City | UT | USA | CISL | OSD | ||||||||
| Meehl | Marla | Westnet Meeting: NLR/HOPI/RONs/GENI/I2 NewNET/Quilt Update | 42 | Salt Lake City | UT | USA | CISL | OSD | ||||||||
| Meehl | Marla | Westnet CIO Meeting: State of NLR and I2 | 11 | Salt Lake City | UT | USA | CISL | OSD | ||||||||
| Meehl | Marla | Westnet CIO Meeting: Staff burn Staff burn-out and increasing out and increasing competition for staff | 11 | Salt Lake City | UT | USA | CISl | OSD | ||||||||
| Middleton | Don | Cyberinfrastructure Initiatives at NCAR (CASC Workshop) | 30 | Boulder | CO | USA | CISL | TDD | ||||||||
| Middleton | Don | NCAR DCPC Update for WMO ICG-WIS | 30 | Reading | GBR | CISL | TDD | |||||||||
| Nair | Ramachandran | The discontinuous Galerkin dynamical-core modeling effort in HOMME | 25 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Nair | Ramachandran | A high-order conservative climate model | 20 | Santa Fe | NM | USA | CISL | IMAGe | ||||||||
| Nair | Ramachandran | A nodal high-order discontinuous Galerkin dynamical core for climate simulations | 30 | Beijing | CHN | CISL | IMAGe | |||||||||
| Nair | Ramachandran | Petascale atmospheric general circulation models | Indianapolis | IN | USA | CISL | IMAGe | |||||||||
| Nair | Ramachandran | A scalable conservative dynamical core for climate simulation | Exeter | GBR | CISL | IMAGe | ||||||||||
| Neckels | David | A Parallel Rendezvous Regridding Algorithm | 100 | Boulder | CO | USA | CISL | TDD | ||||||||
| Neckels | David | A Patch Recovery Interpolation method | 50 | Breckenridge | CO | USA | CISL | TDD | ||||||||
| Neckels | David | Patch recovery and parallel rendezvous | 50 | Breckenridge | CO | USA | CISL | TDD | ||||||||
| Nychka | Douglas | Multiresolution models for nonstationary covariance | 30 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Nychka | Douglas | Statistics, data assimilation and estimating sources carbon | 50 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Nychka | Douglas | The uncertain hockey stick: A statistical reconstruction of past temperatures | 80 | Salt Lake City | UT | USA | CISL | IMAGe | ||||||||
| Nychka | Douglas | Statistical tools for estimating regional climate | 100 | Beijing | CHN | CISL | IMAGe | |||||||||
| Nychka | Douglas | A Kalman filter tutorial | 40 | Santa Fe | NM | USA | CISL | IMAGe | ||||||||
| Nychka | Douglas | Parameter estimation for climate models | 50 | Durham | GBR | CISL | IMAGe | |||||||||
| Nychka | Douglas | Parameter estimation for climate models | 10 | Seattle | WA | USA | CISL | IMAGe | ||||||||
| Nychka | Douglas | A framework to understand the asymptotic properties of Kriging and splines | 200 | Seoul | KOR | CISL | IMAGe | |||||||||
| Nychka | Douglas | Smoothing with applications to robustness and extremes | 50 | Seoul | KOR | CISL | IMAGe | |||||||||
| Nychka | Douglas | The uncertain hockey stick: A statistical reconstruction of past temperatures | 200 | San Francisco | CA | USA | CISL | IMAGe | ||||||||
| Nychka | Douglas | The ensemble Kalman Filter: The movie | 80 | Gainsville | FL | USA | CISL | IMAGe | ||||||||
| Nychka | Douglas | Parameter estimation for climate models | 100 | Berkeley | CA | USA | CISL | IMAGe | ||||||||
| Nychka | Douglas | Biases in climate models | 25 | Durham | NC | USA | CISL | IMAGe | ||||||||
| Nychka | Douglas | The uncertain hockey stick: A statistical reconstruction of past temperatures | 25 | Durham | NC | USA | CISL | IMAGe | ||||||||
| Nychka | Douglas | The uncertain hockey stick: A statistical reconstruction of past temperatures | 50 | Denver | CO | USA | CISL | IMAGe | ||||||||
| O'Neil | Peter | Westnet Meeting: NLR/HOPI/RONs/GENI/I2 NewNET/Quilt Update | 35 | Tempe | AZ | USA | CISL | OSD | ||||||||
| O'Neil | Peter | Westnet Meeting: CALEA: RONs/GigaPoPs/Campuses | 35 | Tempe | AZ | USA | CISL | OSD | ||||||||
| Page | Mike | ASP Post-Docs: CISL Services and Facilities | 25 | Boulder | CO | USA | CISL | OSD | ||||||||
| Pouquet | Annick | Nonlocality of nonlinear transfer in hydro and MHD turbulence and the formation of small-scale structures | 30 | Princeton | NJ | USA | CISL | IMAGe | ||||||||
| Pouquet | Annick | A few issues in fluid and MHD turbulence | 25 | Calgary | CAN | CISL | IMAGe | |||||||||
| Pouquet | Annick | Adaptive mesh refinement with spectral accuracy for magnetohydrodynamics in two space dimension | 50 | San Francisco | CA | USA | CISL | IMAGe | ||||||||
| Pouquet | Annick | Small-scale structures in three-dimensional magnetrohydrodynamic turbulence | 40 | San Francisco | CA | USA | CISL | IMAGe | ||||||||
| Pouquet | Annick | Physics on passive scalar and small-scale turbulence: Theory, phenomenology and applications | 35 | Cargèse | FRA | CISL | IMAGe | |||||||||
| Pouquet | Annick | A few issue in MHD turbulence | 30 | Cargèse | FRA | CISL | IMAGe | |||||||||
| Pouquet | Annick | New results of high Reynolds number simulation of 3D MHD turbulence: Evidence of weak turbulence at small scale? | 45 | Warwick | GBR | CISL | IMAGe | |||||||||
| Raeder | Kevin | Status of DART-CAM | 40 | Acapulco | MEX | CISL | IMAGe | |||||||||
| Raeder | Kevin | Adaptive spatially-varying variance inflation in an ensemble filter | 40 | Acapulco | MEX | CISL | IMAGe | |||||||||
| Sain | Stephan | Statistical analysis of regional climate model output | 50 | Lisbon | PRT | CISL | IMAGe | |||||||||
| Sain | Stephan | Predicting crop yields using multivariate Markov random fields on remote sensing | 50 | Salt Lake City | UT | USA | CISL | IMAGe | ||||||||
| Sain | Stephan | GSP and the IMAGe 2007 TOY: Statistics for numerical models | 25 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Sain | Stephan | Calibrating the LFM model | 30 | Boulder | CO | USA | CISL | IMAGe | ||||||||
| Sain | Stephan | Statistics and computer models: A case study using TIGECM | 25 | Provo | UT | USA | CISL | IMAGe | ||||||||
| Sain | Stephan | Multivariate Markov random field models for assessing regional climate model output | 25 | Provo | UT | USA | CISL | IMAGe | ||||||||
| Sain | Stephan | Multivariate Markov random field for assessing regional climate model output | 35 | Chicago | IL | USA | CISL | IMAGe | ||||||||
| Scheitlin | Tim | Vislab demo to Univ. of Denver Students | 17 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Jeff Nesbit, Director of the office of Legislative and Public Affairs | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Inter-American Institute Colloquium | 25 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Taiwan Civil Aviation Authority | 6 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to IBM Facilities Division | 70 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Sun/StorageTek Japan Users Group | 50 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to '50 for Colorado' participants from CU's business school | 50 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Senator Allard Staffer | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Senator Salazar Staffer | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo Pentagon Science Advisor | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to science lab representatives of the 29th Street Mall science exhibts | 10 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Wendy Adams, Science and Energy Legislative Assistant for Congressman Mark Udall | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to the Humphrey Fellows Group | 30 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Representatives from Harvey Mudd College | 3 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo NCAR Multimedia staff | 5 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to visitor from Dugway Proving Ground | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Sergio Holman, Chili physicist | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Statistics Group | 15 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo Chevron visitors | 19 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo Chevron visitors | 18 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to UCAR Trustees | 10 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo attendees for the Statistics and Computer Models workshop | 20 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to SOARS students | 27 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Earth System Modeling Framework workshop attendees | 5 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Boulder Rotary Club | 5 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Kevin Lynch, British Consulate General, Denver | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to COMET weather forecasters | 18 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Chinese delegation | 20 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Joel Parriott from Office of Management and Budget | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to White House Fellows | 16 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Sentator Salazar's State Director | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Rick Spinrad, head of NOAA Office of Oceans and Atmosphere Research | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Yasunori Nakayama | 1 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Shanghai Meteorological Bureau Delegation | 5 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to the Tape Head Interface Committee | 20 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to the Administration Directorate of the National Center for Supercomputing Applications at the Univesity of Illinois | 5 | Boulder | CO | USA | CISL | TDD | ||||||||
| Scheitlin | Tim | Vislab demo to Dr. Kim Howells and staff, Minister of State Foreign and CommonWealth Office | 5 | Boulder | CO | USA | CISL | TDD | ||||||||
| Schuster | Doug | TIGGE CISL Executive Committee Briefing | 22 | Boulder | CO | USA | CISL | NCAR | ||||||||
| Schuster | Doug | Implementation and Plans for TIGGE at NCAR and ECMWF | 50 | San Antonio | TX | USA | CISL | NCAR | ||||||||
| Shih | Chi-Fan | DSS Disk Storage Update | 9 | Boulder | CO | USA | CISL | NCAR | ||||||||
| Stark | Donald | ESMF A Report from the Development Team | 20 | Seoul | KOR | CISL | TDD | |||||||||
| Stark | Donald | An ocean nested regional climate model using POP and ROMS | 60 | Boulder | CO | USA | CISL | TDD | ||||||||
| St-Cyr | Amik | Adaptive grids for multi-scale dyanmical cores | 50 | Exeter | GBR | CISL | IMAGe | |||||||||
| St-Cyr | Amik | Adaptive Mesh Refinement (AMR) for multi-scale climate models | 500 | Hamburg | DEU | CISL | IMAGe | |||||||||
| St-Cyr | Amik | A comparison of two shallow water models with non-conforming adaptive grids | 15 | Victoria | CAN | CISL | IMAGe | |||||||||
| St-Cyr | Amik | Deux méthodes numériques à maillage adaptatif pour les équations de St-Venant sur la sphére | 50 | Montreal | CAN | CISL | IMAGe | |||||||||
| St-Cyr | Amik | Deux méthodes numériques à maillage adaptatif pour les équations de St-Venant sur la sphére | 20 | Montreal | CAN | CISL | IMAGe | |||||||||
| St-Cyr | Amik | Jacobian Free Rosenbrock time-stepping for compressible geophysical fluid flows | 75 | Beijing | CHN | CISL | IMAGe | |||||||||
| St-Cyr | Amik | Adaptive Mesh Refinement (AMR) for multi-scale climate models | 100 | Hamburg | DEU | CISL | IMAGe | |||||||||
| St-Cyr | Amik | The multicloud parameterization in a next generation GCM | 500 | Snowbird | UT | USA | CISL | IMAGe | ||||||||
| St-Cyr | Amik | Multi-domain radial basis functions | 350 | Santa Fe | NM | USA | CISL | IMAGe | ||||||||
| St-Cyr | Amik | Time-stepping for high-order nonhydrostatic models | 350 | Santa Fe | NM | USA | CISL | IMAGe | ||||||||
| St-Cyr | Amik | A comparison of two shallow water models with non-conforming adaptive grids | 20 | New York City | NY | USA | CISL | IMAGe | ||||||||
| St-Cyr | Amik | An introduction to high-order methods | 15 | Daegu | KOR | CISL | IMAGe | |||||||||
| Thanhardt | Erich | NCAR/CISL Mass Storage System to OSD | 40 | Boulder | CO | USA | CISL | OSD | ||||||||
| Valent | Dick | A TeraGrid Overview and NCAR's Participation | 10 | Boulder | CO | USA | CISL | OSD | ||||||||
| Wilhelmi | Nathan | NCAR GIS Climate Change Portal | 10 | Boulder | CO | USA | CISL | TDD | ||||||||
| Woitaszek | Matthew | Tornado Codes for MAID Archival Storage (Poster) | 50 | San Diego | CA | USA | CISL | TDD | ||||||||
| Worley | Steven | Presentation for the Data Support Subcommittee to the Airborn Measurements Subcommittee of the NSF Facilities Assessment Committee | 10 | Boulder | CO | USA | CISL | NCAR | ||||||||
| Worley | Steven | Status of TIGGE at NCAR | 15 | Boulder | CO | USA | CISL | NCAR | ||||||||
| Worley | Steven | TIGGE Archive at NCAR | 30 | San Antonio | TX | USA | CISL | NCAR | ||||||||
| Worley | Steven | TIGGE Archive and Access at NCAR | 40 | Beijing | CHN | CISL | NCAR | |||||||||
| EOL (back to top) | ||||||||||||||||
| Bell | Michael | Observed structure and evolution of category five Hurricanes Isabel (2003) and Rita (2005) | 20 | Monterey | CA | USA | EOL | RSF | ||||||||
| Fried | Alan | High-precision carbon isotope laser absorption spectrometer (CILAS) | 100 | Florence | ITA | EOL | TDF | |||||||||
| Loehrer | Scot | Inventory of US Observing Networks | 20 | Boulder | CO | USA | EOL | CDS | ||||||||
| Mayor | Shane | Applications and continued development of the Raman-shifted Eye-safe Aerosol Lidar | 40 | Barcelona | ESP | EOL | RSF | |||||||||
| Richter | Dirk | Rapid and Efficient Production of Ozone over Houston, October 6, 2006 - a Case Study | 100 | Austin | TX | USA | EOL | TDF | ||||||||
| Richter | Dirk | Tunable Difference Frequency Generation Source for Absorption Spectroscopy | 100 | Baltimore | MD | USA | EOL | TDF | ||||||||
| VanAndel | Joseph | Linux at 20,000 Meters Above the Sea | 20 | Boulder | CO | EOL | CDS | |||||||||
| VanAndel | Joseph | Linux at 20000 meters Above the Sea | 25 | Grand Rapids | MI | USA | EOL | CDS | ||||||||
| VanAndel | Joseph | Looking for Data in all the Remote Places | 50 | Grand Rapids | MI | USA | EOL | CDS | ||||||||
| VanAndel | Joseph | Linux and Python at 20,000 Meters Over the Sea | 25 | Boulder | CO | USA | EOL | CDS | ||||||||
| Vivekanandan | Jothiram | Remote Sensing of Water Vapor, Clouds and Precipitation Using Radar and Radiometer Techniques | 25 | Fort Collins | CO | USA | EOL | RSF | ||||||||
| Wang | Junhong | A global, 2-hourly atmospheric precipitable water dataset from ground-based GPS measurements and its scientific applications | 30 | Beijing | CHI | EOL | ISF | |||||||||
| Wang | Junhong | AMS Editors Panel: How to Write Publishable Papers for the AMS | 40 | Boulder | CO | USA | EOL | ISF | ||||||||
| Wang | Junhong | Atmospheric Sounding: Basics, Research and Development | 20 | Fort Collins | CO | USA | EOL | ISF | ||||||||
| Wang | Junhong | Potential Unique Contributions of GPS RO (COSMIC) to Global Climate Observing System (GCOS) | 30 | Boulder | CO | USA | EOL | ISF | ||||||||
| Wang | Junhong | A global, 2-hourly atmospheric precipitable water dataset from ground-based GPS measurements for climate and weather studies | 100 | Boulder | CO | USA | EOL | ISF | ||||||||
| Wang | Junhong | Monitoring the quality of global radiosonde humidity record using ground-based GPS measurements of precipitable water | 100 | San Antonio | TX | USA | EOL | ISF | ||||||||
| Wang | Junhong | Diurnal variation of atmospheric precipitable water over the globe from ground-based GPS measurements | 40 | Qingdao | Chi | EOL | ISF | |||||||||
| Weibring | Petter | Airborne Difference Frequency Spectrometer for Ultra Sensitive Formaldehyde Measurements | 100 | Baltimore | MD | USA | EOL | TDF | ||||||||
| Weibring | Petter | Demonstration of an Ultra Sensitive Airborne Difference Frequency Spectrometer: Performance Characterization and Ambient Measurements of Formaldehyde | 100 | Florence | ITA | EOL | TDF | |||||||||
| ESSL (back to top) | ||||||||||||||||
| Ahijevych | David | Composite bow echo observed during BAMEX | 1000 | St. Louis | MO | USA | ESSL | MMM | ||||||||
| Ahijevych | David | Method for object-based diagnostic evaluation | 30 | Boulder | CO | USA | ESSL | MMM | ||||||||
| Ahijevych | David | MET analysis tool | 200 | Boulder | CO | USA | ESSL | MMM | ||||||||
| Ammann | Caspar | Small, but persistent solar forcing influence revealed in paleoclimate data | 25 | Boulder | CO | USA | ESSL | CGD/HAO | ||||||||
| Ammann | Caspar | Simulating climate and climate change with the NCAR Community Climate System Model 3.0 | 50 | Tampa | FL | USA | ESSL/CISL | CGD | ||||||||
| Ammann | Caspar | Reconstructing climates of the last millennium: Next Steps | 150 | San Francisco | CA | USA | ESSL | CGD | ||||||||
| Ammann | Caspar | Models and Projections of Future Climate Change | 50 | Salt Lake City | UT | USA | ESSL | CGD | ||||||||
| Ammann | Caspar | Models as tools to study past-present-future climate | 35 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Ammann | Caspar | Modeling the climate and projections of future climate change | 20 | Golden | CO | USA | ESSL | CGD | ||||||||
| Ammann | Caspar | Modeling the climate and projections of future climate change | 10 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Ammann | Caspar | The Sun's role in past, current and future climate change | 400 | Boulder | CO | USA | ESSL | CGD/HAO | ||||||||
| Ammann | Caspar | Paleoclimate Reconstructions: Eulogy to the good old day? | 25 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Ammann | Caspar | Climate change research beyond IPCC: Where does the Sun fit in? | 35 | Boulder | CO | USA | ESSL | CGD/HAO | ||||||||
| Ammann | Caspar | ESSL Climate Change research beyond IPCC: Where does the Sun fit in? | 20 | CO | USA | ESSL | CGD/HAO | |||||||||
| Ammann | Caspar | Effects of geoengineering approaches on the coupled climate system: first impressions | 50 | Breckenridge | CO | USA | ESSL | CGD | ||||||||
| Ammann | Caspar | Relevance of the mid- to late-Holocene Period for Assessing Anthropogenic Climate Change | 35 | Perugia | CO | ITA | ESSL | CGD | ||||||||
| Ammann | Caspar | Modeling the Climate and Projections of Future Climate Change | 8 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Ammann | Caspar | Modeling Climate Change: Natural and Human induced Trends | 30 | Parker | CO | USA | ESSL | CGD | ||||||||
| Ammann | Caspar | Solar Variability and Earth's Climate | 35 | Boulder | CO | USA | ESSL | CGD/HAO | ||||||||
| Ammann | Caspar | The ongoing change in the Earth's climate: Natural and human factors | 200 | Denver | CO | USA | ESSL | CGD | ||||||||
| Ammann | Caspar | On the loss or preservation of externally forced climate variability in climate field reconstructions | 20 | Beijing | CO | CHN | ESSL | CGD | ||||||||
| Ammann | Caspar | Planetary Lessons: Space Weather and Climate | 50 | Boulder | CO | USA | ESSL | CGD/HAO | ||||||||
| Anderson | Rebecca | Tropospheric Airborne Observations of HO2 and RO2 during MIRAGE and INTEX-B | 100 | San Francisco | CA | USA | ESSL | ACD | ||||||||
| Anderson | Rebecca | Peroxy radical behavior during MIRAGE-Mex and INTEX-B as measured aboard the NSF/NCAR C-130 | 100 | Acapulco | MEX | ESSL | ACD | |||||||||
| Anderson | Rebecca | Peroxy radical behavior during INTEX-B as measured aboard the NSF/NCAR C-130 | 100 | Virginia Beach | VA | USA | ESSL | ACD | ||||||||
| Anderson | Rebecca | Measurements of HOx, RO2 and H2SO4 by Chemical Ionization Mass Spectrometry | 25 | Wellington | NZL | ESSL | ACD | |||||||||
| Apel | Eric | Measurement of Tracers Using the Trace Organic Gas Analyzer (TOGA) During IMPEX | 100 | Virginial Beach | VA | USA | ESSL | ACD | ||||||||
| Apel | Eric | Volatile Organic Compound Sampling, Analysis | 120 | Sharja | UAE | ESSL | ACD | |||||||||
| Apel | Eric | Survey of Trace Organic Gas Analyzer (TOGA) Measurements (and others) of VOCs During MIRAGE | 80 | Mexico City | MEX | ESSL | ACD | |||||||||
| Apel | Eric | Airborne measurements of acetonitrile, an important organic tracer | 50 | Acapulco | MEX | ESSL | ACD | |||||||||
| Bailey | David | Role of the Ocean in Abrupt Sea Ice Changes | 20 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Bailey | David | CICE 4.0: Physics, Numerics, and Bugs, Oh My! | 10 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Bailey | David | Towards a New Sea Ice Model for CCSM4: Community Ice CodE 4.0 | 30 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Bailey | David | Impact of Melt Ponds and Delta-Eddington Shortwave Radiation in CCSM: Towards CCSM 4.0 | 20 | Breckenridge | CO | USA | ESSL | CGD | ||||||||
| Barker | Dale | Hybrid Variational/Ensemble Data Assimililation | 60 | Obergurgl | AUT | ESSL | MMM | |||||||||
| Barker | Dale | Hybrid Variational/Ensemble Data Assimililation | 40 | Washington | DC | USA | ESSL | MMM | ||||||||
| Barker | Dale | Hybrid Variational/Ensemble Data Assimililation | 40 | College Park | MD | USA | ESSL | MMM | ||||||||
| Barker | Dale | Hybrid Variational/Ensemble Data Assimililation | 60 | Seoul | KOR | ESSL | MMM | |||||||||
| Barker | Dale | Hybrid Variational/Ensemble Data Assimililation | 60 | Delhi | IND | ESSL | MMM | |||||||||
| Barker | Dale | Data Assimilation As a Verification Tool | 40 | Boulder | CO | USA | ESSL | MMM | ||||||||
| Barker | Dale | WRF Data Assimilation in Indian Applications | 40 | Delhi | IND | ESSL | MMM | |||||||||
| Barker | Dale | Overview of Results from US Convective-Scale Variational and Ensemble Data Assimilation Efforts | 60 | Norrkopping | SWE | ESSL | MMM | |||||||||
| Barker | Dale | WRF-Var: Current and Planned Capabilities | 80 | College Park | MD | USA | ESSL | MMM | ||||||||
| Barker | Dale | NCAR/AFWA Data Assimiliation Program: Status and Future Plans | 15 | College Park | MD | USA | ESSL | MMM | ||||||||
| Barker | Dale | Overview of Recent Developments and Results from WRF-Var | 120 | Boulder | CO | USA | ESSL | MMM | ||||||||
| Barker | Dale | Applications of WRF-Var in the Antarctic Mesoscale Prediction System | 40 | Rome | ITA | ESSL | MMM | |||||||||
| Barker | Dale | Development of a Unified Community Data Assimilation System for WRF | 40 | San Diego | CA | USA | ESSL | MMM | ||||||||
| Barth | Mary | Convective-Scale Cloud Chemistry Simulations of a Thunderstorm | 40 | Boulder | CO | USA | ESSL | MMM | ||||||||
| Barth | Mary | Convective-Scale Cloud Chemistry Simulations of a Thunderstorm | 30 | Ft. Collins | CO | USA | ESSL | MMM | ||||||||
| Barth | Mary | The Role of Deep Convection on the Composition of the Upper Troposphere | 40 | Beijing | CHN | ESSL | MMM | |||||||||
| Barth | Mary | Processing of Chemical Constituents by Deep Convection | 30 | San Francisco | CA | USA | ESSL | MMM | ||||||||
| Barth | Mary | Deep Convective Clouds and Chemistry (DC3): A Field Experiment Planned for May-June 2010 | 30 | San Francisco | CA | USA | ESSL | MMM | ||||||||
| Barth | Mary | Implementation of Lightning Production of NOx into WRF | 40 | Boulder | CO | USA | ESSL | MMM | ||||||||
| Barth | Mary | Convective-Scale Cloud Chemistry Simulations of a Thunderstorm | 25 | Leeds | UK | ESSL | MMM | |||||||||
| Bonan | Gordon | Anthropogenic land cover change experiments in the CCSM | 50 | Boulder | CO | USA | ESSL | TIIMES-CGD | ||||||||
| Bonan | Gordon | Do mid-latitude croplands cool climate? | 100 | Boulder | CO | USA | ESSL | TIIMES-CGD | ||||||||
| Bonan | Gordon | Snow cover fraction: fact, fantasy, and importance for climate simulation | 50 | Cambridge | MA | USA | ESSL | TIIMES-CGD | ||||||||
| Bonan | Gordon | Terrestrial ecosystem forcings and feedbacks in the climate system | 100 | Seattle | WA | USA | ESSL | TIIMES-CGD | ||||||||
| Bonan | Gordon | The greening of climate models and their applications to understand the role of terrestrial vegetation in the climate system | 100 | Boulder | CO | USA | ESSL | TIIMES-CGD | ||||||||
| Bonan | Gordon | Anthropogenic land cover change experiments in the CCSM | 50 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Bonan | Gordon | Snow cover fraction: fact, fantasy, and importance for climate simulation | 50 | Cambridge | MA | USA | ESSL | CGD | ||||||||
| Bonan | Gordon | The greening of climate models and their applications to understand the role of terrestrial vegetation in the climate system | 100 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Bonan | Gordon | Do mid-latitude croplands cool climate? | 100 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Bonan | Gordon | Terrestrial ecosystem forcings and feedbacks in the climate system | 100 | Seattle | WA | USA | ESSL | CGD | ||||||||
| Borrero | Juan | Determination of vertical gradients in the magnetic field vector using Support Vector Machines | 20 | Boulder | CO | USA | ESSL | HAO | ||||||||
| Brady | Esther | Modeling Ocean Circulation of the Last 25,000 Years | 30 | Boulder | CO | USA | ESSL | CGD | ||||||||
| Brady | Esther | Sensitivity of the Climate Response to Magnitude and Location of Freshwater Forcing: LGM Experiments | 200 | CAIRNS | AUS | ESSL | CGD | |||||||||
| Brady | Esther | Model-Data Synthesis of Mid-Holocene Rapid Climate Shifts | 100 | Breckenridge | CO | USA | ESSL | CGD | ||||||||
| Branstator | Grant | The Circumglobal Waveguide Pattern in ENSO Events and Global Change Experiments | 30 | Tallahassee | FL | USA | ESSL | CGD | ||||||||
| Branstator | Grant | Two Atmospheric Bridges to the North Pacific | 20 | Ames | IA | USA | ESSL | CGD | ||||||||
| Branstator | Grant | Natural Modes of Variability in a Changing Climate | 20 | Moscow | RUS | ESSL | CGD | |||||||||
| Branstator | Grant | Reduced Modeling of Planetary Waves via Analogs | 20 | Moscow | RUS | ESSL | CGD | |||||||||
| Branstator | Grant | Atmospheric Response of Means, Variances, and Covariances using Fluctuation-Response Theory | 15 | Snowbird | UT | USA | ESSL | CGD | ||||||||
| Branstator | Grant | Atmospheric Sensitivity to Tropical Heating as Determined from the Fluctuation Dissipation Theorem | 50 | Santa Fe | NM | USA | ESSL | CGD | ||||||||
| Branstator | Grant | Natural Modes of Variability: Linear and Nonlinear Signatures | 35 | Trieste | ITA | ESSL | CGD | |||||||||
| Branstator | Grant | Natural Modes of Variability: Scale Interactions | 35 | Trieste | ITA | ESSL | CGD | |||||||||
| Branstator | Grant | Natural Modes of Variability: Modes in a Changing Climate | 35 | Trieste | ITA | ESSL | CGD | |||||||||
| Branstator | Grant | Trends in Climate Circulation and Intrinsic Patterns Shaped by System Resonances | 200 | Hamburg | DEU | ESSL | CGD | |||||||||
| Branstator | Grant | Climate Response and Control using Fluctuation Dissipation Theory | 75 | Indianapolis | IN | USA | ESSL | CGD | ||||||||
| Brasseur | Guy | Overview of recent development of tropospheric composition and climate change studies | 50 | Shanghai | CHN | ESSL | ESSL | |||||||||
| Brasseur | Guy | Climate change in the 21st Century | 50 | Beijing | CHN | ESSL | ESSL | |||||||||
| Brasseur | Guy | Future directions in Earth system modeling | 60 | Beijing | CHN | ESSL | ESSL | |||||||||
| Brasseur | Guy | Ozone pollution from future ship traffic in the Arctic passages | 100 | San Francisco | CA | USA | ESSL | ESSL | ||||||||
| Brasseur | Guy | Earth system modeling | 100 | San Francisco | CA | USA | ESSL | ESSL | ||||||||
| Brasseur | Guy | Modeling Earth system interactions | 50 | Washington | DC | USA | ESSL | ESSL | ||||||||
| Brasseur | Guy | The Science after IPCC AR4 | 100 | Hamburg | DEU | ESSL | ESSL | |||||||||
| Brasseur | Guy | 160 years of ozone research:A success story | 150 | Boulder | CO | USA | ESSL | ESSL | ||||||||
| Brasseur | Guy | Couplings between changes in the climate system and biogeochemistry | 150 | London | GBR | ESSL | ESSL | |||||||||
| Brasseur | Guy | Highlights of the IPCC Working Group I report on the sceintific basis of climate change | 100 | Campinas | BRA | ESSL | ESSL | |||||||||
| Brasseur | Guy | Modeling Earth system interactions | 600 | Tokyo | JPN | ESSL | ESSL | |||||||||
| Brasseur | Guy | 160 years of ozone research | 50 | Tokyo | JPN | ESSL | ESSL | |||||||||
| Brasseur | Guy | Earth as a complex system | 40 | Hulshorst | NLD | ESSL | ESSL | |||||||||
| Brasseur | Guy | Modeling the entire atmosphere, its variability and its changes | 60 | Acapulco | MEX | ESSL | ESSL | |||||||||
| Brasseur | Guy | The IPCC Report | 150 | Brussels | BEL | ESSL | ESSL | |||||||||
| Brasseur | Guy | Earth system interactions | 50 | Perugia | ITA | ESSL | ESSL | |||||||||
| Brasseur | Guy | Atmospheric chemistry in an Earth system perspective | 200 | Big Sky | MT | USA | ESSL | ESSL | ||||||||
| Brasseur | Guy | Climate challenge: IPCC 4th assessment report and beyond | 300 | The Hague | NLD | ESSL | ESSL | |||||||||
| Brasseur | Guy | Progress in understanding the impact of humans on the ozone layer: An historical perspective | 400 | Athens | GRC | ESSL | ESSL | |||||||||
| Bryan | George | The resolution dependence of squall-line intensity | 50 | Hangzhou | CHN | ESSL | MMM | |||||||||
| Bryan | George | Statistically converged solutions in simulations of moist convection | 50 | Hangzhou | CHN | ESSL | MMM | |||||||||
| Bryan | George | The dynamics of the trailing stratiform region of squall lines | 50 | Norman | OK | USA | ESSL | MMM | ||||||||
| Bryan | George | Preliminary conclusions about the relative importance of lower-level and upper-level shear on the intensity of convective systems | 50 | Norman | OK | USA | ESSL | MMM | ||||||||
| Bryan | George | The dynamics of the trailing stratiform region of squall lines | 50 | Raleigh | NC | USA | ESSL | MMM | ||||||||
| Bryan | George | The relative importance of lower-level and upper-level shear on the lifting of environmental air by gravity currents | 150 | St. Louis | MO | USA | ESSL | M | ||||||||