POSTER |
TOPIC |
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Radiation and Aerosols |
P1 |
Status, Accomplishments, Recent Developments, and Plans at the North Slope of Alaska ARM Climate Research Facility – B. Zak (Sandia Nat. Laboratories) |
P2 |
Modifications to the Kwajalein BSRN Site December 2004 – D.W. Nelson (CMDL) |
P3 |
Results from the 2003 North American Interagency Intercomparison of Ultraviolet Spectroradiometers and Filter Radiometers - K. Lantz (CIRES, ARL) |
P4 |
Decadal Time Series of UV Irradiances at Two NDSC Sites – R.L. McKenzie (NIWA, New Zealand) |
P5 |
Enhanced Climate Monitoring Activities at Alert, Canada: A Partnership in the Study of Environmental Arctic Change (SEARCH) – R. Stone (CIRES,CMDL) |
P6 |
The Expanded Scope of CMDL Surface- and Aircraft-Based Aerosol Measurements in 2005 – P.J. Sheridan ( CMDL) |
P7 |
Direct Aerosol Forcing: Calculation from Observables and Sensitivities to Inputs – A. McComiskey (CIRES, CMDL) |
P8 |
Bulk Aerosol Measurements at Mount Washington: Seasonal Cycles, Elevated Events, and Relationships to Air Mass Transport – E.V. Fischer ( Mt. Washington Observatory, New Hampshire) |
P9 |
Aerosol Optical Depth Measurements at the Nairobi Ozone Sounding Observatory using a Ground-Based MICROTOPS-II Sunphotometer – W.O. Ayoma (Kenya Meteorological Department) |
P10 |
An Innovative Raster-Mirror Optical Detection System for CCD Camera Bistatic Lidar – V.V. Doushkina
(MetroLaser Inc.) |
P11 |
Measurement of Aerosol Chemical and Optical Properties at Two Regional GAW Stations in the Eastern Part of China – P. Yan ( Chinese Academy of Meteorol. Science) |
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Halocarbons |
P12 |
An In-Flight PAN Calibration System for High-Altitude Studies – B. Hall (CMDL) |
P13 |
Atmospheric Burden of Some Ozone-Depleting Compounds Continues to Increase – D.J. Mondeel (CIRES, CMDL) |
P14 |
Fusing Research and Outreach in the International Polar Year – C. Knight (OAR Outreach) |
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Ozone |
P15 |
Bias in Dobson Total Ozone Measurements at High Latitudes because of Approximations in Calculations of Ozone Absorption Coefficients and Airmass – G. Bernhard (Biospherical Instruments Inc.) |
P16 |
International Comparison of Standards and Measurements for Ground-Level Ozone in East Asia – H. Tanimoto
(NIES, Japan) |
P17 |
Trends in Temperature and Dew Point at the Summit of Mount Washington, New Hampshire, 1935-2004 – A.N. Grant ( Mt. Washington Observatory) |
P18 |
A Comparison of Ground-Based Ozone Measurements to TOMS Version 8 Data Over the Continental United States – R.D. Evans (CMDL) |
P19 |
Tropospheric Ozone Aircraft Measurement Program Developments – B. Vasel (CIRES, CMDL) |
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Carbon Cycle |
P20 |
Introduction of a Newly Developed GC System for VOC Analysis in the CMDL Network Flasks – J. Pollmann
( Univ. of Colorado) |
P21 |
Preliminary Trend Analyses of CMDL Carbon Monoxide Data – E. Weatherhead (CIRES, ARL) |
P22 |
Application of Influence Functions to Analyze CO 2 Tower Data – M. Uliasz ( Colorado State University) |
P23 |
Estimating Uncertainty of the WMO Mole Fraction Scale for Carbon Dioxide in Air – C. Zhao(CIRES, CMDL) |
P24 |
Technology and Results of Carbon Dioxide Measurements in the Air near the Ground and in the Atmospheric Column – F.V. Kashin (State Institution SPA, Russia) |
P25 |
Evaluation of Simulated Atmospheric (CO 2) Using Analyzed Climate, Transport and Satellite Vegetation –
S.L. Conner Gausepohl ( Colorado State University) |
P26 |
Evaluating Clear Sky, Diurnal Cycle, and Representation Errors in OCO Retrievals: A Synthesis of Models and Observations – K. Corbin ( Colorado State University) |
P27 |
Geological Source of Atmospheric Methane - A. Judd (CIRES, University of Colorado) |