"Statistical Analysis of Extremes in Geophysical Science"
2006 schedule
Back to Home| Paper/Seminar | Time/Place | Presenter | Presentation slides (if any) |
| Casson E and S Coles. 2000. Simulation and extremal analysis of hurr icane events. Appl. Statist. 49(2):227--245. | Thursday, December 7 at 10:00am/ML-Chapman Room | Thomas Jagger | |
| Seminar Presentation: Trends in Extremes in US Precipitation | Thursday, October 12 at 11:00am/FL1-2133 | Richard Smith | - |
| Seminar Presentation/ISSE Coffee Talk: The dynamics and societal relevance of wind predictions on weekly to seasonal time scales abstract (text) | Tuesday, September 19 at 10:00am/FL1-2133 | Jeff Yin | - |
| Craigmile PF, Cressie N, Santner TJ, and Rao Y (2006). A Loss function approach to identifying environmental exceedances. Extremes, 8(3):143--159. | Thursday, July 20 at 10:00am/FL1-2133 | Dan Cooley and Eric Gilleland | - |
| Fawcett L and D Walshaw (in press). Markov chain models for extreme wind speeds. Environmetrics. DOI: 10.1002/env.794 | Thursday, July 6 at 10:00am/ML-DCR | Eric Gilleland | |
| Seminar Presentation: Changes in UK extreme rainfall projected by the PRUDENCE regional climate models [abstract (text file)] | Thursday, June 8 at 3:00pm/FL1-2133 | Hayley Fowler | - |
| Seminar Presentation: Forecast Verification for Extreme Events | Thursday, May 18 at 10:30am/FL3-2072 | Rick Katz | - |
| Seminar Presentation: [abstract (text file), supp. tables (pdf)] | Wednesday, April 26 at 10:30am/FL1-2133 | Benjamin Lamptey | - |
| Meehl GA, Tebaldi C More intense, more frequent, and longer lasting heat waves in the 21st century SCIENCE 305 (5686): 994-997 AUG 13 2004. | Wednesday, April 19 at 1:30pm/FL1-2133 | Claudia Tebaldi | - |
| Ledford, Anthony W. and Tawn, Jonathan A., 1996: Statistics for near independence in multivariate extreme values, Biometrika 83(1):169--187. Ledford, Anthony W. and Tawn, Jonathan A., 1997: Modelling dependence within joint tail regions, J.R. Stat. Society B 59(2):475--499. | Wednesday, April 12 at 1:00pm/ML-DCR | Dan Cooley | |
| Morss, R. E., O. V. Wilhelmi, M. W. Downton, and E. Gruntfest, 2005: Flood risk, uncertainty, and scientific information for decision-making: Lessons from an interdisciplinary project. Bulletin of the American Meteorological Society, 86:1593--1601. | Thursday, April 6 at 10:30am/ML-DCR | Eric Gilleland | - |
| Seminar Presentation | Thursday, March 30 at 10:30am/ML-DCR | Richard L. Smith | |
| Seminar Presentation: Extreme Precipitation -- An Application Modeling N-Year Return Levels at the Station Level [abstract (text file)] | Wednesday, March 22 at 1:30pm/ML-DCR | Elizabeth Shamseldin | |
| Heffernan JE and Tawn JA. 2004. A conditional approach for multivariate extreme values J. R. Stat. Society B 66(3):497-530(34). | Thursday, February 23 at 10:30am/ML-DCR | Richard L. Smith | |
| Abaurrea, J., and A.C. Cebrian, 2002: "Drought analysis based on a cluster Poisson model: Distribution of the most severe drought." Climate Research, 22, 227-235. | Thursday, February 9 at 10:30am/FL1-2133 | Eric Gilleland | - |
| Seminar Presentation: Trends and patterns in reanalysis data. | Wednesday, January 18 at 10:30am/FL3-2072 | Matt Pocernich and Eric Gilleland | pdf (blue) pdf (printable) |
| 2013 schedule | |||
| 2011 schedule | |||
| 2009 schedule | |||
| 2008 schedule | |||
| 2007 schedule | |||
| 2005 schedule |
Room Abbreviations
Place Codes- ML-MSR = Mesa Lab, Main Seminar Room
- ML-DCR = Mesa Lab, Director's Conference Room
- ML-Damon = Mesa Lab, Damon Room
- FL?-???? = Foothills Lab building ? room ????
- CG?-???? = Center Green building ? room ????
Directions
[Click for map to the NCAR labs]Directions to the Foothills lab FROM THE NORTH:
- Take the Diagonal Hwy (CO 119) into Boulder,
- When you reach the exit to get back on to the Diagonal, take it, but use the left lane.
- Turn left at the light.
- Turn right immediately at the first light (47th St).
- Turn left on Mitchell Ln (just after Railroad Crossing).
- Follow Mitchell Ln until you reach the three connected buildings at the end. Park.
- Enter through the main entrance (FL2; the middle building).
