Session Remote Sensing of the Atmosphere


Description:

Remote sensing provides the opportunity to expand spatial coverage of measurements beyond what many in-situ networks can provide. Methods, including radar, lidar, and satellite-based systems, are utilized constantly for the measurement and monitoring of the planet and its atmosphere. This session focuses on all aspects of remote sensing of the atmosphere, including specific techniques, innovative measurements, and outcomes.


Papers:
Winds over DC
William Pendergrass, ATDD, OAK RIDGE, TN; and N. Lichiheb, A. Stein, S. Baidar, and W. A. Brewer

Analysis of MYRORSS Azimuthal Shear Observations of the Morning QLCS Mesovortices of 27 April 2011
Rachael Danielle Restelle, NWC REU, Norman, OK; and A. W. Lyza and M. D. Flournoy

Correlating Lidar Range Performance with Atmospheric Parameters
Clément Toupoint, Vaisala France, Saclay, 91, France; and C. Benzo, L. Thobois, and M. Hervo

Reprocessing 30 Years of NASA Goddard's High-altitude Radar Data
Charles N. Helms, NASA Goddard Space Flight Center, Greenbelt, MD; University of Maryland, College Park, College Park, MD; and G. Heymsfield, P. Pantina, and M. Mclinden

Polarimetric Radar Signatures of Significantly Severe Left-moving Supercells
Raychel Elaina Nelson, NWS, Springfield, MO; and M. Van Den Broeke

The Next Generation of Earth Networks Lightning Digital Signal Processor
Jeff Lapierre, AEM, Gaithersburg, MD; and Y. Zhu and E. DiGangi

The SOWLETS Campaign: an Examination of Local Incinerator Plume in O3/SO2 using Sondes and a 4-wavelengths lidar
Guillaume Gronoff, NASA, Hampton, VA; and T. Berkoff, D. Phoenix, R. Elhertani, P. J. Walter, J. H. Flynn III, A. E. Kotsakis, A. Ulinski, S. L. Alvarez, A. medina, and G. koch

Submission Deadline: Thursday, 31 August 2023