Accelerating Implementation of Advanced Space Weather Models and Forecasting Systems in Operations. MODELS  DATA  TOOLS  SYSTEMS  SERVICES  DATABASES.

Slides:



Advertisements
Similar presentations
Information Technology Infrastructure Committee (ITIC) Report to the NAC July 2012 Larry Smarr Chair ITIC.
Advertisements

Future Plans for Space Weather Observations – U.S. NOAA Perspective Terry Onsager National Oceanic and Atmospheric Administration Space Weather Prediction.
Lessons learned from CCMC-led community-wide Model Validation Challenges. Outlook on international coordination of M&V activities. MODELS  DATA  TOOLS.
STEREO AND SPACE WEATHER Variable conditions in space that can have adverse effects on human life and society Space Weather: Variable conditions in space.
The iNtegrated Space Weather Analysis System iSWA Team: Marlo Maddox (PI), M. M. Maddox, D. H. Berrios, M. Hesse, M. M. Kuznetsova, P. Jain, P. J. MacNeice,
A General Cone Model Approach to Heliospheric CMEs and SEP Modeling Magnetogram-based quiet corona and solar wind model The SEPs are modeled as a passive.
Space Weather Forecast Models from the Center for Integrated Space Weather Modeling The Solar Wind Forecast Model Carrington Rotation 1896Carrington Rotation.
10-year vision for Solar/Heliosphere area Scenario: Simulations of the time-dependent corona and solar wind based on incoming and archived solar magnetograph.
Tucson MURI SEP Workshop March 2003 Janet Luhmann and the Solar CISM Modeling Team Solar and Interplanetary Modeling.
CISM solar wind metrics M.J. Owens and the CISM Validation and Metrics Team Boston University, Boston MA Abstract. The Center for Space-Weather Modeling.
Expanded Observatory support (redundancy, verification) CME (Empirical) propagation (Cone Model) (ICME strength and arrival time) Electrodynamics model.
National Space Weather Program Unified National Space Weather Capability Dr. Jack Hayes NOAA Assistant Administrator for Weather Services Director, National.
When will disruptive CMEs impact Earth? Coronagraph observations alone aren’t enough to make the forecast for the most geoeffective halo CMEs. In 2002,
CISM Advisory Council Meeting 4 March Ionosphere-Thermosphere Modeling Tim Killeen, Stan Solomon, and the CISM Ionosphere-Thermosphere Team.
The “cone model” was originally developed by Zhao et al. ~10 (?) years ago in order to interpret the times of arrival of ICME ejecta following SOHO LASCO.
MHD Modeling of the Large Scale Solar Corona & Progress Toward Coupling with the Heliospheric Model.
RT Modelling of CMEs Using WSA- ENLIL Cone Model
SWMF in Education Michael W. Liemohn Atmospheric, Oceanic, and Space Sciences Dept., University of Michigan SWMF Users Meeting, October 13-14, Liemohn.
Chigomezyo M. Ngwira 1,2 and Antti A. Pulkkinen 2 New Real-Time GIC Forecasting Capabilities: Extended Solar Shield 1. Catholic University of America,
Lessons learned from CCMC-led community-wide Model Validation Challenges. Outlook on international coordination of M&V activities. MODELS  DATA  TOOLS.
M. Wiltberger On behalf of the CMIT Development Team
Space Weather Tools Demonstration R. Mullinix and M. L. Mays NASA GSFC Heliophysics Science Division, Space Weather Laboratory 25 September 2013
CCMC: Models, Tools and Systems for Operational Space Weather Forecasting and Analysis Space Weather Workshop April 16-19, 2012 S pace W eath er R esear.
Space Weather Prediction Center (SWPC) NCEP PSR 2013 George Millward 1.
Space Weather Models running in real-time or forecasting mode Yihua Zheng SW REDI 2014.
Solar Shield - Forecasting and Mitigating Solar Effects on Power Transmissions Systems Pulkkinen, A., M. Hesse, S. Habib, F. Policelli, B. Damsky, L. Van.
1 National Aeronautics and Space Administration NASA Goddard Space Flight Center Software Engineering Division Introduction of CCMC and SWRC.
M. Leila Mays Software developers: Chiu Wiegand (lead), Rick Mullinix June S PACE W EATHER R ESEARCH C ENTER.
Fast Track WSA-ENLIL + Cone model runs.
Lecture 16 Simulating from the Sun to the Mud. Space Weather Modeling Framework – 1 [Tóth et al., 2007] The SWMF allows developers to combine models without.
29 April 2010 Space Weather Workshop 2010 From Research To Operations: Transitioning CISM Models W. Jeffrey Hughes Center for Integrated Space Weather.
1 Agenda Topic: Space Weather Modeling and the Whole Atmosphere Model (WAM) Presented By: Rodney Viereck(NWS/NCEP/SWPC) Contributors: Rashid Akmaev (SWPC)
CSI 769 / ASTR 769 Spring, 2008 Solar and Heliospheric Physics Jie Zhang Syllabus.
AFRL/CISM Collaborations
Global Simulation of Interaction of the Solar Wind with the Earth's Magnetosphere and Ionosphere Tatsuki Ogino Solar-Terrestrial Environment Laboratory.
The Community Coordinated Modeling Center: A Brief Overview NASA Goddard Space Flight Center Lika Guhathakurta
Space weather forecasters perspective: UK David Jackson and Mark Gibbs SEREN Bz workshop, Abingdon, 9-10 July 2014.
Solar Shield project - lessons learned and advances made (ccmc.gsfc.nasa.gov/Solar_Shield) Pulkkinen, A., M. Hesse, S. Habib, F. Policelli, B. Damsky,
Solar Shield project - lessons learned and advances made Pulkkinen, A., M. Hesse, S. Habib, F. Policelli, B. Damsky, L. Van der Zel, D. Fugate, W. Jacobs,
Towards real-time Space Weather forecasts using CMIT: Geomagnetic variations and regional K indexes George Millward …with help from: Michael Gehmeyr (LASP),
Extracting Space Weather Information from Research Models: Opportunities and Challenges Space Weather Laboratory NASA Goddard.
Synoptic Network Workshop (HAO/NCAR, April 2013) Space Weather and Synoptic Observations V J Pizzo – NOAA/SWPC.
1 Thomas J Bogdan Space Weather Program Manager Space Weather Prediction Center Director Safeguarding Our Nation’s Advanced Technologies State of the Space.
NASA Space Weather Resources O. C. St. Cyr Heliophysics Science Division Code 670 NASA-GSFC Greenbelt, Maryland
Solar and Heliospheric Modeling at the Community Coordinated Modeling Center (NASA/GSFC CCMC) SHINE, July, 2010
First-principles-based modeling of geomagnetically induced currents (GIC) at mid- and low-latitudes Pulkkinen, A., N. Buzulukova, L. Rastaetter, M. Kuznetsova,
Solar & Space Physics Decadal Survey Leading Principle: To make transformational scientific progress, the Sun, Earth, and heliosphere must be studied as.
GONG Magnetograms Impact on CCMC Modeling NASA Goddard Space Flight Center P.MacNeice, L.Rastaetter, M.Hesse, A.Chulaki, M.Kuznetsova, A.Taktakishvili,
1 SPACE WEATHER SPACE WEATHER. 2 Causes of space weather Space weather is caused mainly by storms and eruptions in our volatile Sun sending potentially.
Space Weather Services to Build Global Resilience Expert Meeting on Space Weather Services February 3, 2015 – UNCOPUOS STSC Assembly Goal: Foster greater.
Energy inputs from Magnetosphere to the Ionosphere/Thermosphere ASP research review Yue Deng April 12 nd, 2007.
1 Pruning of Ensemble CME modeling using Interplanetary Scintillation and Heliospheric Imager Observations A. Taktakishvili, M. L. Mays, L. Rastaetter,
30 April 2009 Space Weather Workshop 2009 The Challenge of Predicting the Ionosphere: Recent results from CISM. W. Jeffrey Hughes Center for Integrated.
National Aeronautics and Space Administration SCIENCE & TECHNOLOGY OFFICE Nasser Barghouty Astrophysics Office, MSFC 10 th Geant4 Space Users.
NASA, CGMS-44, 5 June 2016 Coordination Group for Meteorological Satellites - CGMS NASA Space Weather Activities Presented to CGMS-44 Space Weather Task.
Heliospheric Modeling at the CCMC and possible ways these modeling efforts can be improved MacNeice and Taktakishvili SHINE June 26, 2012.
Community Coordinated Modeling Center Masha Kuznetsova & CCMC Team
Lee-Anne McKinnell and Mpho Tshisaphungo
Pulkkinen, A., M. Kuznetsova, Y. Zheng, L. Mays and A. Wold
Scientists demonstrate a new Solar Energetic Particle warning technique using K-COR ground coronagraph data A Heliophysics science publication using ESA/NASA.
Community Coordinated Modeling Center Masha Kuznetsova & CCMC Team
Utilizing Scientific Advances in Operational Systems
Forecast Development at the Canadian Space Weather Forecast Centre
Prospects for real-time physics-based thermosphere ionosphere models for neutral density specification and forecast Tim Fuller-Rowell, Mariangel Fedrizzi,
D. Odstrcil1,2, V.J. Pizzo2, C.N. Arge3, B.V.Jackson4, P.P. Hick4
M. Kuznetsova & CCMC Team
Forecasting the arrival time of the CME’s shock at the Earth
Pulkkinen, A. , M. Hesse, S. Habib, F. Policelli, B. Damsky, L
SWFL: AFRL Efforts to Provide Actionable SWx Info to DoD 29 April 2010 Joel B. Mozer Battlespace Environment Division.
Added-Value Users of ACE Real Time Solar Wind (RTSW) Data
Presentation transcript:

Accelerating Implementation of Advanced Space Weather Models and Forecasting Systems in Operations. MODELS  DATA  TOOLS  SYSTEMS  SERVICES  DATABASES M. Kuznetsova, M. Maddox, S. Bakshi, J. Boblitt, A. Chulaki, A. Glocer, P. Macneice, M. L. Mays, A-M. Mendoza, R. Mullinix, K. Patel, A. Pembroke, A. Pulkkinen, L. Rastaetter, S. Shim, A. Taktakishvili, C. Wiegand, Y. Zheng.

Community Coordinated Modeling Center A multi-agency partnership to support research and development for next generation of space science & space weather models Established in 2000 as an essential element of the National Space Weather Program Designed to be a long-term & flexible solution to the Research-to-Operations (R2O) transition problem

CCMC Goals Facilitate Research, & Development Support Research-2-Operations Transition Address Space Weather Needs of NASA CCMC Partners: International Research Community, Model Owners, NASA Engineers and Mission Specialists, Operational Space Weather agencies (NOAA, DoD, UK Met Office).

CCMC Assets & Services (elements of R2O transition) CCMC Assets & Services (elements of R2O transition) Models (expanding collection: > 60) Simulation Services (> 10,500 runs ) Assessment, Metrics & Validation S pace W eather R esearch C enter Space Weather Services for NASA’s missions Hands-on Education StereoCATDONKI FastTrack ScoreBoard Tools, Systems, Databases for dissemination, analysis, forecasting, validation

Expanding Collection of Models LFM-MIX GUMICS SWMF / GM+IM+IE OpenGGCM Corona Heliosphere ENLIL Heliospheric Tomography WSA SWMF-IHSWMF-SC Magnetosphere-Ionosphere MAS ANMH D Coronal Magnetograms Solar/SW Monitors CorHel PFSS EMMRE M PREDIC CS ENLIL Cone > 60, from Sun to Earth and beyond Weimer CTIPe TIEGCM AbbyNormal USU-GAIM SAMI3 GITM IRI MSESE Triple-DA PBMOD Fok RC Fok RB CRCM CIMI RCM WINDMI Ovation Tsyganenko LANLstar Plasmasphere VERB

Linking Space Environment Models with Engineering Models Calculating Impacts Space radiation analysis, D. Fry et al., NASA JSC/SRAG Surface charging modeling, H. Garret et al., NASA JPL Internal charging, J. Minow et al., NASA MSFC SEU modeling, K. Label et al., NASA GSFC Satellite drag & conjunction assessment, L. Newman, GSFC ………. Solar Shield, A. Pulkkinen, NASA GSFC

CCMC Assets & Services (elements of R2O transition) CCMC Assets & Services (elements of R2O transition) Models (expanding collection: > 60) Simulation Services (> 10,500 runs ) Assessment, Metrics & Validation S pace W eather R esearch C enter Space Weather Services for NASA’s missions Hands-on Education StereoCATDONKI FastTrack ScoreBoard Tools, Systems, Databases for dissemination, analysis, forecasting, validation

Simulation Services Runs-on-Request > 10,500 runs FastTrack WSA-Enlil-Cone Ensemble Simulations Model Output Standards, Conversion, Access, Interpolation Libraries KAMELEON Event-Triggered Real-time Simulations Input Parameters Generation Tool EEGGL – Eruptive Event Generator by Gibson-Low StereoCAT - CME Analysis Tool Continuous Real-time Simulations

empirical data assimilation global MHD empiricala nalyticl Ionosphere/Thermosphere Models: CTIPe/TIE-GCM/GITM Ionosphere/Thermosphere Models: CTIPe/TIE-GCM/GITM global MHD High-Latitude Electric Potential Mode ls Particle Precipitation Models Particle Precipitation Models Penetration Electric Field Models inner magnetosphere Heelis Weimer Foster Heppner & Maynard Ridley Heelis Weimer Foster Heppner & Maynard Ridley AMIE SuperDA RN AMIE SuperDA RN SWMF OpenGG CM LFM SWMF OpenGG CM LFM Fuller-Rowell & Evans Hardy et al. Ovation Prime Hardy et al. Ovation Prime Roble & Ridley Fuller-Rowell & Evans Hardy et al. Ovation Prime Hardy et al. Ovation Prime Roble & Ridley Driven by SWMF: -FRC -CRCM -RCM Driven by Tsyganenko: - RCM Driven by SWMF: -FRC -CRCM -RCM Driven by Tsyganenko: - RCM SWMF OpenGG CM LFM SWMF OpenGG CM LFM All drivers are converted to a common format. The tool is called as a KAMELEON subroutine to provide values on the grid; call kameleon (model, time, mlts, mlats, variables, values_output) Driver Swapping (MI Coupling) Patch-Panel Tool Enabled by Kameleon

CCMC Assets & Services (elements of R2O transition) CCMC Assets & Services (elements of R2O transition) Models (expanding collection: > 60) Simulation Services (> 10,500 runs ) Assessment, Metrics & Validation S pace W eather R esearch C enter Space Weather Services for NASA’s missions Hands-on Education StereoCATDONKI FastTrack ScoreBoard Tools, Systems, Databases for dissemination, analysis, forecasting, validation

Assessment: Metrics & Validation Forecasting Methods ScoreBoards Impacts vs Space Environment Events Forecasts Event-Based M&V to Trace Model Improvement Testing predictive capability before the event onset. A list of events. High quality data. A library of metrics. Simulate the same set of events over and over… Examples: CME Arrival Prediction Flare Forecasts SEP Forecasts A need for database of space environment impacts. Examples: TEC, Neutral density, Ground magnetic perturbations A need for database of events & alerts. Surface Charging 2003/10/ / /12/ / /04/ / /08/ /07 ………………………

Scoreboard of CME Arrival Prediction Ensemble of different CME models Community-Wide Space Weather Ensemble Forecasting & Validation Activity Future ScoreBoards Planning: -Flare forecasts -SEP forecasts -Auroral Boundaries -High Speed Streams

Operational Geospace Model Validation in support of SWPC geospace model selection Operational Geospace Model Validation in support of SWPC geospace model selection Community-wide efforts ( ) led by the CCMC established a foundation for operational geospace model selection based on model ability to reproduce dB/dt and regional K index. Example of events-based metrics: 6 events

Space Environment Effects (SEE) Database Allow mission specialists to submit SEE reports Allow users to search SEE archive CHANDRA Radiation Effect Database Of Notifications Knowledge Information (DONKI) Link SEE reports to space weather activities in DONKI database (Flare, CME, HSS, Geomagnetic Storms, etc)

CCMC is a: -Asset of NASA, NSF & international space weather community. -Playground for scientists. -Hub for collaborative research & development. -Testbed-Showroom-Superstore for end users and operational agencies. CCMC continues pushing frontiers of research, development and experimental space weather forecasting. Partnership is a key for further progress. Outlook