2011 SuperDARN Workshop, Hanover, NH 1 Quantitative comparison of cross polar cap potential as derived from AMIE, DMSP, SuperDARN Elsayed R. Talaat 1,

Slides:



Advertisements
Similar presentations
SuperDAR 2011, Hanover, NH, USA SuperDARN Workshop 2012 Polar Research Institute of China, Shanghai, China 27 May-1 June Or 3-8 June.
Advertisements

The Johns Hopkins University Applied Physics Laboratory SHINE 2005, July 11-15, 2005 Transient Shocks and Associated Energetic Particle Events Observed.
PLANTING NATIVE SPECIES Introduction to Watershed Science Merritt College Marc Epstein, Instructor.
ISSI team workshop, Bern, January, 2015 Eugene Rozanov PMOD/WRC, Davos and IAC ETH, Zurich, Switzerland Simulation of the NO.
MURI,2008 Electric Field Variability and Impact on the Thermosphere Yue Deng 1,2, Astrid Maute 1, Arthur D. Richmond 1 and Ray G. Roble 1 1.HAO National.
Generation of the transpolar potential Ramon E. Lopez Dept. of Physics UT Arlington.
4/18 6:08 UT 4/17 6:09 UT Average polar cap flux North cap South cap… South cap South enter (need to modify search so we are here) South exit SAA Kress,
UARS Facilities Workshop: The SuperDARN Upper Atmosphere Facility J.M. Ruohoniemi, R.A. Greenwald, and J.B.H. Baker The Bradley Department of Computer.
E. Amata M. Candidi (1), M.F. Marcucci (1), S. Massetti (1), P. Francia (3), U. Villante (3) (1) Istituto di Fisica dello Spazio Interplanetario (IFSI),
Extended observations of decameter scatter associated with the mid-latitude ionospheric trough E. R. Talaat 1, E. S. Miller 1, R. J. Barnes 1, J. M. Ruohoniemi.
2011 SuperDARN Workshop, Hanover, NH 1 Solar cycle variability of atmospheric waves and tides as observed by SuperDARN Elsayed R. Talaat Johns Hopkins.
SuperDARN Workshop May 30 – June Magnetopause reconnection rate and cold plasma density: a study using SuperDARN Mark Lester 1, Adrian Grocott 1,2,
Figure 4: Overview of the geometry of the Rankin Inlet and Inuvik radar in MLT coordinates on Aug 08 th Merged vectors are shown in black. AMPERE.
Modelling the Thermosphere-Ionosphere Response to Space Weather Effects: the Problem with the Inputs Alan Aylward, George Millward, Alex Lotinga Atmospheric.
Ionospheric Convection and Field-Aligned Currents During Strong Magnetospheric Driving: A SuperDARN/AMPERE Case Study L. B. N. Clausen (1), J. B. H. Baker.
1 Grades 3 - 5: Introduction. 2 Better Observation Of The Sun And Earth Importance of Space Technology.
Phase Coherence on Open Field Lines Associated with FLRs Abiyu Nedie, Frances Fenrich & Robert Rankin University of Alberta Edmonton, Alberta, Canada 2011.
MI Coupling Physics: Issues, Strategies, Progress William Lotko 1, Peter Damiano 1, Mike Wiltberger 2, John Lyon 1,2, Slava Merkin 3, Oliver Brambles 1,
1 Remote Sensing of the Ocean and Atmosphere: John Wilkin Sea Surface Temperature (1) IMCS Building Room 214C ext 251.
Ionospheric Electric Field Variations during Geomagnetic Storms Simulated using CMIT W. Wang 1, A. D. Richmond 1, J. Lei 1, A. G. Burns 1, M. Wiltberger.
& Atmospheric StudiesPhysics & Engineering Physics, University of Saskatchewan Hemispheric Comparison of Signatures of.
Case studies of coordinated THEMIS-SuperDARN observations of field line resonances Elsayed R. Talaat The Johns Hopkins University Applied Physics Laboratory.
CISM Advisory Council Meeting 4 March Ionosphere-Thermosphere Modeling Tim Killeen, Stan Solomon, and the CISM Ionosphere-Thermosphere Team.
Periodic Modulations in Thermospheric Composition by Solar Wind High Speed Streams G. Crowley, A. Reynolds, J. P. Thayer, J. Lei, L.J. Paxton, A.B. Christensen,
Thermospheric Density Enhancements from Unexpected Energy Deposition During Bz North and Strong By Conditions Geoff Crowley, ASTRA Delores Knipp, NCAR.
What DMSP Data Tell us About the Thermosphere Response to Solar Wind Forcing Delores Knipp CU Aerospace Engineering Sciences and NCAR HAO With Assistance.
CME Workshop Elmau, Feb , WORKING GROUP C: ENERGETIC PARTICLE OBSERVATIONS Co-Chairs: Klecker, Kunow SUMMARY FROM SESSION 1B Discussion of.
SuperDARN real time products for Space Weather Ermanno Amata INAF Istituto di Fisica dello Spazio Interplanetario Roma ESWW5, Bruxelles, 20 November 2008.
Mid-Latitude SuperDARN Radar Infrastructure for the Study of Ionospheric Electrodynamics and Atmospheric Processes on Global Scales ATM FHSU –
24-29 June 2007 CEDAR WorkshopSanta Fe, New Mexico SuperDARN – PolarDARN  It is appreciated that empirical models of this convection that generate statistical.
Passive Microwave Remote Sensing
Solar Maximum ! A Double Peaked Sunspot Cycle ?
Distributed Radar Networks Ray Greenwald JHU/APL.
Intense Poynting flux at very high latitudes during magnetic storms: GITM simulation results Yue Deng 1 Cheng Sheng 1, Manqi Shi 1, Yanshi Huang 2, Cheryl.
OFCM-Sponsored Working Group for Tropical Cyclone Research 1 WG/TCR 2009 IHC: WG/TCR Workshop Wrap-up Workshop: Identifying Tropical Cyclone Research Needs,
Predicting Global Auroral Power: A Merging Term Plus a Viscous Term Works Best P. T. Newell, T. Sotirelis, K. Liou, and C.-I. Meng The Johns Hopkins University.
11 th EISCAT Workshop, Menlo Park, August 2003 Session: M-I Coupling Magnetospheric plasma drift as simultaneously observed by Cluster (EDI) and.
CEDAR 2008 Workshop Observations at the Plasmaspheric Boundary Layer with the Mid-latitude SuperDARN radars Mike Ruohoniemi, Ray Greenwald, and Jo Baker.
Greg Lucas Group Update 7/21/2014. TEA-IS Summer School.
WG3 “Ionospheric Storms” Summary Report
WG2 Summary Broke into ring current/plasmasphere and radiation-belt subgroups RING CURRENT Identified events for addressing science questions What is the.
New Science Opportunities with a Mid-Latitude SuperDARN Radar Raymond A. Greenwald Johns Hopkins University Applied Physics Laboratory.
16-20 Oct 2005SSPVSE Conference1 Galactic Cosmic Ray Composition, Spectra, and Time Variations Mark E. Wiedenbeck Jet Propulsion Laboratory, California.
Predicting Ionospheric Densities and Scintillation with the Communication / Navigation Outage Forecasting System (C/NOFS) Mission Chin S. Lin 1, O. de.
Observation vs. Inferences The Local Environment.
SuperDARN:Looking ahead to RBSP Jim Wild Physics Department, Lancaster University, UK Tim Yeoman & Robert Fear Department of Physics & Astronomy, University.
Area Covered. Work Done Quantity Financial Progress of work.
Ship emission effect on Houston Ship Channel CH2O concentration ——study with high resolution model Ye Cheng.
Dynamics of the AMPERE R1 Oval during substorms and SMCs
S. Datta-Barua, Illinois Institute of Technology G. S. Bust, JHUAPL
George C. Ho1, David Lario1, Robert B. Decker1, Mihir I. Desai2,
Mars Climate Sounder observations of wave structure in the North polar middle atmosphere of Mars during the summer season Paulina Wolkenberg1 and John.
TIEGCM with AMIE RENU Rocket Cusp Density
The Solar System The Planets: An Overview
USMLE Step 3 - Usmlestep3blog.com
HRM 587 Enthusiastic Study/snaptutorial.com
دانشکده سرمایه گذار مبانی و مدل
Reprocessing of Atmospheric Motion Vector for JRA-3Q at JMA/MSC
Evaluating Wind Turbine Placement using Geographic Information Systems (GIS) Tools Manuel Silva Jr, Graduate Mentor: Francisco Haces, Faculty Advisor:
Integration of dilemma zone protection with speed harmonization
Energy Resources.
Website Call
Call : Website: -
solar wind – bow shock - magnetosheath
Grades 3 - 5: Introduction
Grades 3 - 5: Introduction
On Strong Coupling between the Harang Reversal Evolution and Substorm Dynamics: A Synthesis of SuperDARN, DMSP and IMAGE Observations Shasha Zou1, Larry.
 WEBSITE:
 WEBSITE:

Presentation transcript:

2011 SuperDARN Workshop, Hanover, NH 1 Quantitative comparison of cross polar cap potential as derived from AMIE, DMSP, SuperDARN Elsayed R. Talaat 1, Marc Hairston 2, Geoff Crowley 3, Robin Barnes 1, Thomas Sotirelis 1 1 Johns Hopkins University Applied Physics Laboratory 2 University of Texas, Dallas 3 ASTRA

2011 SuperDARN Workshop, Hanover, NH 2 Chasing AMIE Data used –SuperDARN derived CPCP with propagated solar wind – product we provide on the website –DMSP observed CPCP – –AMIE derived CPCP w/ mag – , 2006, 2007 –AMIE derived CPCP w/ mag, DMSP – –AMIE derived CPCP w/ mag, DMSP, SuperDARN – –AMIE derived CPCP w/ mag, SuperDARN – 2006,2007 Some large issues –Data sets and models cover different times –AMIE with DMSP and AMIE with DMSP, SD not vetted –Some progress AMIE coverage doubled since last year

2011 SuperDARN Workshop, Hanover, NH 3

4

5 DMSP vetting Marc Hairston has done extensive vetting of the data, removing light ion contamination

2011 SuperDARN Workshop, Hanover, NH 6 DMSP vs SD

2011 SuperDARN Workshop, Hanover, NH 7 AMIE vs SD

2011 SuperDARN Workshop, Hanover, NH 8 Periodicities in SuperDARN

2011 SuperDARN Workshop, Hanover, NH 9 Periodicities in DMSP

2011 SuperDARN Workshop, Hanover, NH 10 Periodicities in AMIE w/o SD

2011 SuperDARN Workshop, Hanover, NH 11 Periodicities in AMIE w/o SD

2011 SuperDARN Workshop, Hanover, NH 12 Periodicities in AMIE w/ DMSP and SD

2011 SuperDARN Workshop, Hanover, NH 13 Seasonal Analysis of Large Storms