TH-UF.2A.3

The viability of remote sensing humidity in the marine atmospheric surface layer incorporating X-band radar-inferred refractivity

Madison T. Bruno, Daniel P. Greenway, Erin E. Hackett, Coastal Carolina University, United States
Session:
Propagation in complex and random media in the marine environment Oral
Track:
F: Propagation and remote sensing in complex and random media
Location:
Spadolini: 1-10
Session Time:
Thu, 18 Jul, 08:40 - 10:20
Presentation Time:
Thu, 18 Jul, 09:20 - 09:40
Session Co-Chairs:
Daniel Greenway, Coastal Carolina University and Alexis Vaughan, Coastal Carolina University
Presentation
Discussion
Session TH-UF.2A
TH-UF.2A.1: Laterally Heterogeneous Refractivity Inversions Using Simulated and Measured X-band Radar Data During Evaporation Ducting Conditions
Daniel P. Greenway, Erin E. Hackett, Coastal Carolina University, United States
TH-UF.2A.2: Using X-band Radar Refractivity Inversion Techniques to Retrieve Vertical Humidity Profiles in a Marine Environment
Alexis E. Vaughan, Daniel P. Greenway, Erin E. Hackett, Coastal Carolina University, United States
TH-UF.2A.3: The viability of remote sensing humidity in the marine atmospheric surface layer incorporating X-band radar-inferred refractivity
Madison T. Bruno, Daniel P. Greenway, Erin E. Hackett, Coastal Carolina University, United States
TH-UF.2A.4: Evaluating the Impact of Sea State Variation on Multi-Frequency Electromagnetic Propagation in the Marine Atmospheric Boundary Layer
Alexis E. Vaughan, Coastal Carolina University, United States; Andrew J. Kammerer, Sarah E. Wessinger, Mark A. Sletten, U.S. Naval Research Laboratory, United States; Douglas M. Pastore, Coastal Carolina University, United States
TH-UF.2A.5: Evaporation Duct Shape and X-band Propagation in Marine Environments
Erin E. Hackett, Sarah E. Wessinger, Daniel P. Greenway, Douglas M. Pastore, Coastal Carolina University, United States
Resources
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