The HARLIE IHOP Measurements Geary Schwemmer, Belay Demoz NASA/GSFC, David Miller, Sangwoo Lee, Natalie Deming SSAI, Gerry McIntire RSC, Sonia Garcia USNA,

Slides:

Advertisements

Similar presentations

Proposed new uses for the Ceilometer Network

Advertisements

Institut für Physik der Atmosphäre Institut für Physik der Atmosphäre High Resolution Airborne DIAL Measurements of Water Vapor and Vertical Humidity Fluxes.

First Flights of High-Altitude Imaging Wind and Rain Airborne Profiler (HIWRAP) During GRIP Lihua Li, Matt Mclinden, Martin Perrine, Lin Tian, Steve Guimond/

IHOP Science Meeting March 2003 Multi-Platform Observations of a Bore Event on 4 June during IHOP Steven E. Koch Frederic Fabry, Bart Geerts, Tammy.

CALIPSO and LITE data for space-based DWL design and Data utility studies: Research plans G. D. Emmitt Simpson Weather Associates D. Winker and Y. Hu (LaRC)

Lecture 12 Content LIDAR 4/15/2017 GEM 3366.

Uncertainty in Cloud Aerosol Transport System (CATS) Products and Measurements Presented by Patrick Selmer Goddard advisor: Dr. Matthew McGill Assisted.

DOW Observations in IHOP and Analyses of CI Yvette Richardson, Nettie Arnott and Joshua Wurman.

Presented at IHOP Science Workshop Toulouse, France 16 June 2004 The Structure and Dynamics of Solitons and Bores in IHOP Steven E. Koch NOAA Research.

Working group on space-based winds January 27-30, 2009 Destin, FL Sara C. Tucker, Wm. Alan Brewer, Scott Sandberg, Mike Hardesty CIRES, University of Colorado.

Atmospheric structure from lidar and radar Jens Bösenberg 1.Motivation 2.Layer structure 3.Water vapour profiling 4.Turbulence structure 5.Cloud profiling.

Remote Sensing of Mesoscale Vortices in Hurricane Eyewalls Presented by: Chris Castellano Brian Cerruti Stephen Garbarino.

Balloon-Borne Sounding System (BBSS) Used for atmospheric profiling Measures P, T, RH, wind speed and direction Uncertainties arise from incorrect surface.

Scanning Raman Lidar Error Characteristics and Calibration For IHOP David N. Whiteman/NASA-GSFC, Belay Demoz/UMBC Paolo Di Girolamo/Univ. of Basilicata,

Ben Kravitz November 5, 2009 LIDAR. What is LIDAR? Stands for LIght Detection And Ranging Micropulse LASERs Measurements of (usually) backscatter from.

David N. Whiteman/NASA-GSFC, Belay Demoz/UMBC

Science Objectives for the ATHENA-OAWL Venture Tech Airborne Mission M. Hardesty CIRES University of Colorado/NOAA S. Tucker and C. Weimer Ball Aerospace.

G O D D A R D S P A C E F L I G H T C E N T E R Goddard Lidar Observatory for Winds (GLOW) Wind Profiling from the Howard University Beltsville Research.

Optical Measurements of Aerosols for MIRAGE-MEX University of Iowa Bill Eichinger John Prueger Piotr Lewandowski Heidi Holder.

CloudNet: TARA status and database H. Russchenberg, O. Krasnov Delft University of Technology – IRCTR, The Netherlands.

Lidar Working Group on Space-Based Winds, Snowmass, Colorado, July 17-21, 2007 A study of range resolution effects on accuracy and precision of velocity.

B. Gentry/GSFCSLWG 06/29/05 Scaling Ground-Based Molecular Direct Detection Doppler Lidar Measurements to Space Using Wind Profile Measurements from GLOW.

Problems and Future Directions in Remote Sensing of the Ocean and Troposphere Dahai Jeong AMP.

UVC Airborne Holographic Lidar Transceiver Marc Hammond, David Huish, Tom Wilkerson, Scott Cornelsen Space Dynamics Laboratory Utah State University

OpenDAP Server-side Functions for Multi-Instrument Aggregation ESIP Session: Advancing the Power and Utility of Server-side Aggregation Jon C. Currey (NASA),

Application of a Portable Doppler Wind Lidar for Wildfire Plume Measurements Allison Charland and Craig Clements Department of Meteorology and Climate.

Enhancements in the Ground-Based Wind Measurement Capabilities near Huntsville, Alabama: Validation for Airborne & Space-Based Doppler Wind Lidars David.

Cabauw Experimental Site for Atmospheric Research - CESAR - Henk Klein Baltink Atmospheric Research Section.

IHOP Workshop, Boulder, CO, March, 2003 DLR-DIAL Observations Instrument PI: Gerhard Ehret Instrument operation: Gorazd Poberaj, Andreas Fix, Martin.

Introduction Acknowledgements Funding for the CSU-MAPS is provided through a joint NSF-MRI R 2 grant (AGS# , ) awarded to San Francisco and.

ARM Data Overview Chuck Long Jim Mather Tom Ackerman.

IHOP Operations Plan, Chapter 7: Other Special Ground-Based Instrumentation Operation Frédéric Fabry et al. General overview Instrument deployment and.

THE LIFE CYCLE OF A BORE EVENT OVER THE US SOUTHERN GREAT PLAINS DURING IHOP_ th ISTP, Leipzig, Germany, September 2003 C. Flamant 1, S. Koch.

Cloud Physics Lidar on the Global Hawk ATTREX Science Team Meeting October 23-25, 2013 Matthew McGill / GSFC Dennis Hlavka / SSAI Andrew Kupchock / SSAI.

IHOP_2002 DATA MANAGEMENT UPDATE Steve Williams UCAR/Joint Office for Science Support (JOSS) Boulder, Colorado 2 nd International IHOP_2002 Science Workshop.

Airborne Measurement of Horizontal Wind and Moisture Transport Using Co-deployed Doppler and DIAL lidars Mike Hardesty, Alan Brewer, Brandi McCarty, Christoph.

HOLOGRAPHIC SCANNING LIDAR TELESCOPES Geary K. Schwemmer Laboratory For Atmospheres NASA Goddard Space Flight Center

Plans to study horizontal NO 2 distribution Ankie Piters, Tim Vlemmix, KNMI data from: INTA, IUPB, JAMSTEC, KNMI, Leicester, NASA Objectives: –Satellite.

Image structures: rain shafts, cold pools, gusts Separate rain fall velocity from air velocity – turbulence retrieval– microphysical retrieval Diurnal.

SRL/Reference sonde P. Di Girolamo, D. Whiteman, B. Demoz, J. Wang, K. Beierle, T. Weckwerth The Reference sonde (C34) consists of a Snow White (SW) chilled-mirror.

Airborne/ground-based sensor intercomparison: SRL/LASE Paolo Di Girolamo, Domenico Sabatino, David Whiteman, Belay Demoz, Edward Browell, Richard Ferrare.

CLOUD PHYSICS LIDAR for GOES-R Matthew McGill / Goddard Space Flight Center April 8, 2015.

October 02, st IHOP_2002 Water Vapor Intercomparison Workshop Status of intercomparisons and the next steps  Characterize moisture measuring techniques.

Weather Radars in the US ---- An Overview and Their Applications Cai Huaqing National Center for Atmospheric Research Boulder, CO.

Cloud Physics Lidar on the Global Hawk HS3 Science Team Meeting NASA/Ames April 29-May 01, 2014 Matthew McGill / GSFC Dennis Hlavka / SSAI Andrew Kupchock/

A new method for first-principles calibration

NOAA Airborne Doppler Update Mike Hardesty, Alan Brewer, Brandi McCarty and Christoph Senff NOAA/ETL and University of Colorado/CIRES Gerhard Ehret, Andreas.

Institute for Atmospheric Science SCHOOL OF EARTH AND ENVIRONMENT UNIVERSITY OF LEEDS Tethered Soundings & Profiling Cathryn Birch Ian Brooks.

Fire Plume Kinematic Structure Observed Using Doppler Wind Lidar

Challenges in PBL and Innovative Sensing Techniques Walter Bach Army Research Office

ISTP 2003 September15-19, Airborne Measurement of Horizontal Wind and Moisture Transport Using Co-deployed Doppler and DIAL lidars Mike Hardesty,

Overview of HARLIE Measurement Capabilities David Miller 1, Geary Schwemmer 2, Sangwoo Lee 1, Tom Wilkerson 3 1 Science Systems and Applications, Inc.

Mobile Integrated Profiling System (MIPS) Observations of Boundary Layer and Water Vapor Variations around Boundaries and Storms Kevin Knupp University.

Observations of ClearAir Boundaries Made By the UMass “Tornado Radar” During the International H 2 O Project (IHOP) Data Summary and Collection Strategy.

Cloud Physics Lidar on the Global Hawk HS3 Science Team Meeting May 7-9, 2013 Matthew McGill / GSFC Dennis Hlavka / SSAI Andrew Kupchock/ SSAI Steve Palm.

Card 2. Option to use “Aerosol Plus” a parameter that characterizes the user defined aerosols and optical properties.

Early VALIDAR Case Study Results Rod Frehlich: RAL/NCAR Grady Koch: NASA Langley.

© Crown copyright Met Office Boundary layer research at the UK Met Office Research Unit, Cardington Jeremy Price, Met Office Research Unit, Cardington,

HARGLO-3: Wind Intercomparisons During IHOP

B. Demoz1, B. Gentry2, T. Bacha1, K. Vermeesch2,5, H. Chen2,5,

GEOGRAPHIC INFORMATION SYSTEMS & RS INTERVIEW QUESTIONS ANSWERS

Huailin Chen, Bruce Gentry, Tulu Bacha, Belay Demoz, Demetrius Venable

NPOESS Airborne Sounder Testbed (NAST)

Structure and Dynamics of a Dual Bore Event during IHOP as Revealed by Remote Sensing and Numerical Simulation Steven E. Koch NOAA Research - Forecast.

LASE Measurements of Water Vapor During IHOP

Preliminary Analyses of S-Pol’s Refractivity Field

Validation of airborne 1

HARGLO-2 Wind Intercomparisons

Use of NRL P-3 and ELDORA in TCS-08/T-PARC

HARGLO-2 Meteorological Context

Presentation transcript:

The HARLIE IHOP Measurements Geary Schwemmer, Belay Demoz NASA/GSFC, David Miller, Sangwoo Lee, Natalie Deming SSAI, Gerry McIntire RSC, Sonia Garcia USNA, Thomas Wilkerson USU SPONSORS James Dodge NASA HQ, Stephen Mango IPO

Outline The HARLIE instrument & raw measurements Derived data products Summary and status of HARLIE IHOP data

A Ground-Based Holographic Airborne Rotating Lidar Instrument Experiment (HARLIE) HAVE LIDAR WILL TRAVEL 1 µ m wavelength Aerosol Backscatter: 20 m  Z, 100 ms  t second, 45° elevation, azimuthal (PPI) scans 0-20km altitude, 24/7 operation Wide-angle visible SkyCam video

Basic Data Products Background subtracted, range corrected, log (aerosol backscatter) profiles Scan-by-scan polar plots Scan averaged backscatter

Derived Data Products BL statistics:  20 m Cloud coverage & heights:  20 m Wind profiles (experimental): 200 m  Z, ~20 min.  t

SkyCam

IHOP Homestead Site Wind Instrument Intercomparisons GLOW collected over 210hrs of data HARLIE cloud-tracked winds SKYCAM cloud-tracked winds S-POL Doppler radar surface anemometer, GPS sondes (1- 4 /day) Sodar, MAPR, Umass FM-CW Radar Transients: MIPS, DOW, X-POL, ELDORA, HRDL, WCR, dropsondes

Status of HARLIE Data Products Scan averaged (raw) backscatter images (PNG format) SKYCAM videos (AVI format) Boundary Layer parameters (ASCII, NETCDF, PNG formats) Cloud coverage & heights (ASCII, NETCDF, PNG formats) HARLIE & SKYCAM Winds

THE END

Optical System