ATOC Poster Session 2011
From Department of Atmospheric and Oceanic Sciences
2011 Poster Conference for Atmospheric, Oceanic and Related Sciences
Hosted by the Department of Atmospheric and Oceanic Sciences (ATOC), University of Colorado at Boulder
Registration is currently CLOSED.
- Registration deadline Friday, November 11, 2011.
- Participants without ATOC wiki access should email Aleya Kaushik at aleya.kaushik@colorado.edu to get their information added.
- Non-presenters who would like to attend should contact Aleya Kaushik at aleya.kaushik@colorado.edu so that we can get an accurate head count.
On Thursday, December 1, 2011, the Department of Atmospheric and Oceanic Sciences (ATOC) will host the 2011 Poster Conference for Atmospheric, Oceanic and Related Sciences in the UMC Glenn Miller Ballroom from 10:00 AM - 1:00 PM
Scientists from Departments and Institutes across campus are invited to present their latest research results pertaining to atmospheric, oceanic and related sciences. Previous years' conferences had widespread participation of about 60 presenters from Departments and Institutes such as the:
- Cooperative Institute for Research in Environmental Sciences (CIRES)
- Department of Aerospace Engineering (ASEN)
- Department of Applied Math
- Department of Atmospheric and Oceanic Sciences (ATOC)
- Department of Chemistry and Biochemistry (CHEM)
- Institute of Alpine and Arctic Research (INSTAAR)
- Laboratory for Atmospheric and Space Physics (LASP)
- Cooperative Institute for Research in Environmental Sciences (CIRES)
Scientists interested in presenting should register before Friday, November 11, 2011. Presenters from all levels (undergraduate through post-doctoral) are encouraged to participate.
Essential Info:
- Who's invited: Anyone who has an interest in Atmospheric, Oceanic and Related Sciences
- When: Thursday, December 1, 2011, 10:00 AM - 1:00 PM
- Where: UMC Glenn Miller Ballroom (Directions and Parking: HERE)
- Registration Deadline: Friday, November 11, 2011
- Poster Dimension: The poster board is 4 feet x 4 feet. Please make your poster fit within this size.
- Questions can be directed to Jamison Smith at 303-492-7767 or Feng Tian at Feng.Tian@Colorado.EDU
- Participants without ATOC wiki access should email Aleya Kaushik at aleya.kaushik@colorado.edu to get their information added to the list of presenters.
Poster set up...
- Please, arrive between 9:00 AM and 10:00 AM to set up your posters
For those within ATOC...
- Please, include the numeral of the research area that best describes your poster topic in the table below:
- 1. Atmospheric Aerosol and Clouds
- 2. Atmospheric Chemistry
- 3. Atmospheric Dynamics
- 4. The Cryosphere
- 5. Oceanography
- 6. Radiative Transfer and Remote Sensing
- 7. Solar and Space Physics
- 8. Others
- Please, include the numeral of the research area that best describes your poster topic in the table below:
Information about the:
Presenters for 2011
| Poster Number | Presenter | Dept. or Inst. | Poster Title | Session |
|---|---|---|---|---|
| AECL-01 | Evan Kalina | ATOC | Comparison of X-band Radar and Disdrometer Observations in Convective Precipitation | 1 |
| RTRS-04 | Yolanda Roberts | ATOC | Quantitative Comparison of the Variability of Simulated and Observed Hyperspectral Solar Radiance | 6 |
| AECL-09 | Yunqian Zhu | ATOC | Microphysics modeling of Polar Stratospheric Clouds | 1 |
| AECL-05 | Erik Larson | ATOC | Organic aerosol production and effects on Titan's climate stability | 1 |
| DYN-05 | Katelynn Greer | Aerospace Engineering Sciences | An Investigation of Dynamical Mechanisms Associated with Planetary Wave Disturbances of the Winter Polar Middle Atmosphere | 3 |
| DYN-03 | Alice DuVivier | ATOC | Evaluation of WRF model resolution on simulated mesoscale winds and surface fluxes near Greenland | 3 |
| AECL-02 | Samuel Dorsi | ATOC | Airborne observations of mixed-phase orographic clouds in the Southern Rockies | 1 |
| DYN-07 | Melissa Nigro | ATOC | The Influence of Synoptic Forcing on the Path and Strength of the Ross Ice Shelf Air Stream, Antarctica | 3 |
| OCE-01 | Andrew Margolin | WHOI/INSTAAR | Spatial and temporal distribution of scleractinian coral ecosystems from the Drake Passage over the last 35,000 years | 5 |
| RTRS-02 | Andrew Kren | ATOC | Climate Change in U.S. over recent extended Solar Minimum | 6 |
| AECL-01 | Nick Clements | MCEN (Mechanical Engineering) | The Spatial and Temporal Variability of the Composition of Fine and Coarse Particulate Matter in Colorado | 1 |
| CHEM-08 | John Wong | ATOC | Lightning NOx Parameterization for Synoptic Meteorological-scale Prediction with Convective Parameterization in WRF-Chem | 2 |
| DYN-01 | Susanne Benze | ATOC | On the onset of polar mesospheric cloud seasons as observed by SBUV | 3 |
| AECL-07 | Ryan R. Neely III | ATOC | Implications of Meteoritic Dust in the Upper Stratosphere | 1 or 6 |
| RTRS-05 | Shi Song | ATOC/LASP | Understanding the shortwave spectral signature of heterogeneous clouds | 6 |
| CHEM-02 | Rui Li | ATOC | VOC Measurement from Crude Oil Evaporation with PIT-MS | 2 |
| OCE-02 | Katherine McCaffrey | ATOC | Observed Ocean Turbulence Spectra from ARGO Profiling Floats | 5 |
| CRYO-01 | Andrew Barrett | NSIDC (CIRES) | Recent Changes in Tropospheric Water Vapor over the Arctic | 4 |
| CRYO-03 | Vivian Underhill | CIRES | Historical sea ice extent in the Arctic | 4 |
| DYN-09 | Michael Rhodes | ASEN | Effect of wind turbine wakes on summer-time wind profiles in the US Great Plains | 3 |
| DYN-08 | Jesse Nusbaumer | ATOC | A global atmospheric river climatology as simulated by CAM5 | 3 |
| RTRS-01 | Tomoko Koyama | ATOC | Assesment of the CRTM Jacobian model performance using AMSU | 6 |
| AECL-08 | Pengfei Yu | ATOC/LASP | Smoke Aerosol Modeling using Coupled Sectional Model (CAM5/CARMA) | 1 |
| CHEM-01 | Matthias Brakebusch | ATOC | Quantitative Analysis of 2010/11 Arctic Ozone Loss Using EOS MLS and WACCM4 | 2 |
| OCE-03 | Adrean Webb | Applied Math/CIRES | Global Stokes Drift and Climate Wave Modeling | 5 |
| AECL-06 | Anna Luebke | ATOC | A new parameterization for calculating cirrus ice water content in atmospheric models | 1 |
| CHEM-06 | Brie Van Dam | ATOC | 2 | |
| AECL-03 | Tianyi Fan | ATOC/LASP | Modeling sulfate aerosol in a coupled climate and sectional aerosol microphysical model (CAM5/CARMA) | 1 |
| OTH-03 | Eric Wolf | ATOC/LASP | A Coupled General Circulation Model of the Archean Earth | 8 |
| CHEM-07 | Heather Walsh | ATOC/LASP | This, That and the Other Thing | 2 |
| DYN-11 | Tao Zhang | CIRES | Nonlinearity of tropical convection and ENSO asymmetry in the Community Climate System Models | 3 |
| DYN-10 | James Rudolph | ATOC | Climate effect on radar-observed vertical structure of precipitation | 3 |
| OTH-02 | Lisa Wade | Civil Engg/CIRES | Assessing the Long-term Hydrologic Variability of the Lower Colorado River Basin | 8 |
| CRYO-02 | Ben Blazey | ATOC | Sensitivity of CICE/CESM Arctic ice extent & characteristics to a seasonal evolution of snow density and snow depth biases. | 4 |
| OTH-01 | Glenn Grant | NSIDC | Using a Pure Object Database to Store and Manage Massive Remote Sensing Data Sets | 8 |
| CHEM-03 | Amber Ortega | ATOC | Real-Time Secondary Aerosol Formation Measurements using a Photooxidation Reactor (PAM) and AMS in Urban Air and Biomass Smoke | 2 |
| CHEM-04 | Brett Palm | CHEM | Potential Aerosol Mass (PAM) flow-through reactor measurements of SOA formation from BEACHON-RoMBAS | 2 |
| DYN-04 | Jeff France | ATOC | A Climatology of Stratopause Temperature and Height in the Polar Vortex and Anticyclones | 3 |
| DYN-06 | Ji-Eun Kim | ATOC/CoRA | An Eliassen-Palm flux analysis on equatorial waves | 3 |
| CHEM-05 | Ryan Thalman | CHEM | Temperature dependent first generation yields of glyoxal and methyl glyoxal from the oxidation of isoprene under high NOx conditions | 2 |
| SSP-01 | Robert Redmon | ASEN | Measured and modeled O+ upwelling at 850 km | 7 |
| RTRS-03 | Samuel LeBlanc | ATOC | Aircraft measurements of the aerosol direct radiative effect | 6 |
| DYN-02 | Andrew Clifton | NREL | Revealing The Impact Of Climate Variability On The Wind Resource Using Data Mining Techniques | 3 |
