Oral Presentations

• Satellite-observed West African dust outbreaks and the relationship with North Atlantic hurricane activity (Evan)
• Global geostationary fire detection and monitoring with the wildfire ABBA (Prins)
• A 23-Year record of satellite-derived polar winds for climate studies (Key)
• Remote sensing of precipitation at higher latitudes using combined active and passive microwave observations (Kulie)
• Constraints on the first indirect aerosol effect from global satellite observations (Bennartz)
• MODIS cloud detection - what have we learned about global cloud distributions from MODIS? (Ackerman)
• An efficient method for simultaneous physical retrieval of atmospheric temperature and absorbing gases profiles and surface temperature and emissivity spectrum - Application to Infrared Atmospheric Sounding Interferometer (IASI) (Huang)
• High accuracy infrared radiances for weather and climate, Part 2: Airborne validation of IASI and AIRS and the role for future benchmark satellites (Revercomb)
• Towards an objective enhanced-V detection algorithm (Brunner)
• Nowcasting severe convection using objective tools which optimize the impact of sequences of GOES satellite derive moisture products (Petersen)
• A global comparison of active lidar (CALIPSO) and passiveinfrared (MODIS) retrievals of cloud properties (Holz)
• Interactive processing for multi- and hyperspectral invironmental satellite data: The next generation of McIDAS (Achtor)
• Feature-trackd winds from polar satellites: Status and outlook (Santek)
• Overview of CIMSS activities in support of the U.S. GOES-R algorithm working group (Huang)
• Joint Airborne IASI Validation Experiment (JAIVEx) - An Overview of the US component and capabilities (Smith)
• Aircraft validation of infrared emissivity derived from advanced infraRed sounder satellite observations (Knuteson)
• The impact of GOES rapid-scan atmospheric motion vectors on global numerical weather prediction models (Berger)
• All-sky soundings from geostationary infrared sounder radiances (Li)
• Improved representation of satellite-derived atmospheric motion vectors by attributing the assigned heights to tropospheric layers (Bedka)
• The UW-CIMSS Advanced Dvorak Technique (ADT): An IR-based method to estimate hurricane intensity (Olander)
• "MIMIC": Real-time, morphed microwave animations of tropical cyclones (Wimmers)

Posters

• The synergistic use of GEO imager and LEO sounder systems for sounding evolution (Liu)
• Evaluation of prototype GOES-R cloud algorithms using SEVIRI, CALIPSO and CloudSat data (Calvert)
• Joint Airborne IASI Validation Experiment (JAIVEx) cirrus cloud property intercomparison (DeSlover)
• The global impact of satellite-derived polar winds on model forecasts (Santek)
• Upper level water vapor studies using the Scanning High-resolution Interferometer Sounder (Tobin)
• Cloudy sounding and cloud-top height retrieval from AIRS alone single field-of-view radiance measurements (Weisz)
• High accuracy infrared radiances for weather and climate, Part 1: NIST TXR Validation of scanning HIS radiances and a UW-SSEC blackbody (Best)
• A proposed new quality indicator to estimate atmospheric motion vector observation error (Berger)
• Wind retrieval performance on synthetic GOES-R ABI imagery (Genkova)
• The use of simulated data sets in atmospheric motion vector research (Genkova)
• Large-scale WRF-simulated proxy atmospheric profile datasets used to support GOES-R research activites (Otkin)
• XCO2 retrieval over marine boundary layer clouds: Testing OCO methodology on SCIAMACHY data (Vidot)
• The physical derivation of emissivity spectrum and its impact on hyperspectral infrared sounding retrieval (Li)
• Improved radiance validation products: results for operational correction of Tilt induced interferometric errors for the Scanning High-resolution Interferometer Sounder (S-HIS) (Taylor)
• Comparison of land surface infrared emissitvity databasses from MODIS, AIRS, and SEVIRI (Moy)
• Origami and GIPS: running a hyperspectral sounder processing system on a lightweight on-demand distributed computing framework (Smuga-Otto)
• Evaluation of GOES-12 Sounder single field of view and 3x3 retrievals of total prepicitable water over the ARM SGP site (Bedka)
• The Atmosphere Product and Evaluation and Test Element (PEATE) for the NPOESS Preparatory Project (NPP) (Dutcher)
• The ABI (Advanced Baseline Imager) on GOES-R (Schmit)
• Intercalibrating the world's geostationary imagers via polar orbiting high spectral resolution data (Schmit)
• Arguments against a physical long-term trend in global ISCCP could amounts (Evan)
• Characteristics of the AVHRR Pathfinder Atmospheres Extended (PATMOS-x) Could Climatology (Heidinger)
• Comparison of Metop AVHRR cloud products from the CLAVR-x, MAIA and PPS systems (Heidinger)
• Current status of lossless compression of ultraspectral sounder and hyperspectral imager data (Huang)
• Geometrical Exploration of Nonlinear optimization in Measurement Environment (GENOME): Applications to GOES sounders (Huang)
• GOES-R ABI fire detection and monitoring with the wildfire ABBA (Schmidt)
• SATCON: a satellite-based consensus TC intensity estimation algorithm (Velden)
• GOES rapid-scan atmospheric motion vectors: contributions to field experiments and analyses (Stettner)
• A high spectral resolution global land surface infrared emissivity database (Borbas)
• Validation of high latitude ocean precipitation retrievals for AMSR-E and GPM (Petty)
• Modeling of microwave extinction and scattering by complex snow aggregates for GPM (Petty)
• Multisensor Simulation and Retrieval of Cold-Cloud Precipitation Observed During the 2003 Wakasa Bay Field Experiment (Petty)
• Tropical cyclone outflow diagnostics as observed in GOES Rapid-Scan Atmospheric Motion Vector analyses (Berger)
• Height-resolved wind vectors from GOES sounder moisture analyses (Genkova)
• An Intercomparison Study of MODIS-derived and WRF-simulated cloud data (Otkin)
• Statistical comparisons between satellite-derived atmpspheric motion vectors, rawinsondes, and NOAA wind profiler observations (Bedka)
• Satellite signatures associated with significant convectively-induced turbulence events (Bedka)
• The Hydrological SAF Visiting Scientist program: merging of AMSU and SEVIRI data to improve precipitation estimates for convective systems (Antonelli)
• Implications of radiative transfer forward model uncertainties on the retrieval of cloud microphysical properties for single and multiple layer cloud cases for NPOESS VIIRS (Cooper)
• Tropical cyclone convection and intensity analysis using differenced infrared and water vapor imagery (Olander)
• Web-based tools that facilitate education and training in satellite meteorology (Jasmin)
• An open source, three-tiered approach to satellite data collection, delivery, and visualization (Jasmin)
• A prediction scheme for aircraft turbulence at tropopause folds using satellite imagery and EDR data (Wimmers)
• Satellite-based nowcasting and aviation weather applications for convection, turbulence, and volcanic ash (Feltz)
• Satellite-derived mountain wave turbulence interest field detection (Feltz)
• The simulation of bright temperature at the top of the atmosphere using SOI Model (Zhou)
• Assessing the quality of MODIS and AVHRR Polar winds (Straka III)
• An analysis of the global climatology of ice cloud effective radius using PATMOS-x (Straka III)
• MODIS cloud-top properties estimation and a study of algorithm improvements in low level temperature inversions (Zhang)
• Application of time continuity on GOES sounding retrieval (Li)