17 Oct 2002IHY (http://ihy.gsfc.nasa.gov) Why IHY? Historical Perspective First International Polar Year –January 1875 at the Academy of Sciences in Vienna.

Slides:



Advertisements
Similar presentations
GEOSS Data Sharing Principles. GEOSS 10-Year Implementation Plan 5.4 Data Sharing The societal benefits of Earth observations cannot be achieved without.
Advertisements

UCSC History. UCSC: A brief history 60s University Placement Committee A lot of field trips/interaction with employers.
Introduction to Monitoring and Evaluation
World Meteorological Organization Working together in weather, climate and water Other Cross-Cutting Matters WMO Polar Activities and Global Cryosphere.
Peter Griffith and Megan McGroddy 4 th NACP All Investigators Meeting February 3, 2013 Expectations and Opportunities for NACP Investigators to Share and.
United Nations Office for Outer Space Affairs1 Recommendations and Observations of the Symposium on Space Weather Data, Instruments and Models: Looking.
Performance Management Review FAQs
GNC Governance Review Preliminary Report for Discussion 9 th July 2013.
The CEOS Constellations Status and Way Forward SIT September 2006.
Reviewing the Summer School Solar Labs Nicholas Gross.
Family Resource Center Association January 2015 Quarterly Meeting.
Introduction to the State-Level Mitigation 20/20 TM Software for Management of State-Level Hazard Mitigation Planning and Programming A software program.
Richard A. Harrison Rutherford Appleton Laboratory United Kingdom IHY – The International Heliophysical Year.
1 Strategic Planning: An Update March 13, Outline What we have done so far? Where do we stand now? Next steps?
Writing the Honors Thesis A Quick Guide to Long-term Success.
Senior Review Evaluations (1 of 5) Proposals due: 6 March 2015 Panel evaluations: Week of 22 April 2015 Performance factors to be evaluated will include.
Forest Plan Revision Using the 2012 Planning Rule Process Overview Steps and Expectations (I don’t know….but I’ve been told…if the horse don’t pull….you.
PLANS FOR THE INTERNATIONAL HELIOPHYSICAL YEAR (IHY) Sept 2005 An international program of scientific research Joseph Davila, Barbara Thompson, Nat Gopalswamy.
Communication strategy and techniques to launch InnovMed Dr. Fatma H. Sayed Vienna meeting 25 June 2007.
Heliosphere impact on geospace IPY core project (#63) conducted by ICESTAR, IHY (International Heliophysical Year) and 27 other consortia with scientists.
THE HR APPRENTICERICHMOND THE HR APPRENTICE RICHMOND Marvelous Membership Mavericks.
Strengthening Our Collective Impact: Developing A Strategic Plan for CMHA National Conference Workshop Materials Kelowna, British Columbia September, 2011.
GoalsStrategySuccess Measure Improve Council recognition/awareness A Council Officer attend a PTSA or Site Council meeting at each of our 15 schools Parents.
Moving Beyond IGY: An electronic Geophysical Year (eGY) Concept D.N. Baker Laboratory for Atmospheric and Space Physics University of Colorado - Boulder.
SAON is a process to support and strengthen the development of multinational engagement for sustained and coordinated pan-Arctic observing and data sharing.
Solar Weather and Tropical Cyclone Activity Abstract Worldwide tropical cyclone energy and frequency data was obtained from the Unisys Weather database.
Association for the Advancement of Sustainability in Higher Education (AASHE) Conference and Expo 2011 David L. Lawrence Convention Center/ 316 October.
WGClimate John Bates NOAA SIT Workshop Agenda Item #8 WGClimate Work Plan progress & Issues CEOS SIT Technical Workshop CNES, Montpellier, France 17 th.
Potentially Hazardous Asteroids: Characterization, Atmospheric Entry and Risk Assessment 9 July 2015 Ames Research Center Moffett Field, California IAWN.
District 5580 Assistant Governors Training Seminar
Protocol on Water and Health Realistic Targets – Achievable Action Plans 5 th World Water Conference, Istanbul Senior Adviser Carola Bjørklund.
Proposed National SET Goals for 2009 National SET Mission Mandate Team and National 4-H Council.
NSF GRFP Workshop Sept 16, 2016 Dr. Julia Fulghum
Development of the Regional Transportation Priorities Plan June 20, 2012 Item #12 National Capital Region Transportation Planning Board Metropolitan Washington.
Decadal Climate Variability and Predictability Discussion of CLIVAR Research Focus Pan-CLIVAR Meeting, July 16-18, 2014.
China National Report , Uppsala, Sweden China National Space Administration.
The IHY continues the tradition of previous international years through synoptic observation of universal physical processes in the solar system. Historical.
Take Charge of Change MASBO Strategic Roadmap Update November 15th, 2013.
THE NUTS AND BOLTS OF ADVISORY COMMITTEES Development of Work-Based Learning Programs Unit 6-- Developing and Maintaining Community and Business Partnerships.
Joint Canada-Mexico-USA (North American*) Carbon Program Planning Meeting January 25–26, 2007 *By North America we mean the North American land, adjacent.
ST-09-01: Catalyzing Research and Development (R&D) Funding for GEOSS Florence Béroud, EC Jérome Bequignon, ESA Kathy Fontaine, US ST Kick-off Meeting.
October 2004 Strategy Forum Academic Quality Improvement Program The Higher Learning Commission of the North Central Association of Colleges and Schools.
International Space Weather Initiative September 2009 Joseph Davila, Barbara Thompson, Nat Gopalswamy NASA-Goddard Space Flight Center.
The International Science Year Programs - eGY, IPY, IHY, Planet Earth - and GEOSS AOGS-3, Singapore, 10 July 2006
AFOSR SPACE SCIENCES 15 Jul 05 Major David L. Byers Program Manager AFOSR Air Force Research Laboratory Distribution C: Distribution authorized to U.S.
1 EMS Fundamentals An Introduction to the EMS Process Roadmap AASHTO EMS Workshop.
Performance Management A briefing for new managers.
Highlights of National and International IPY Activities Chris Elfring, Director Polar Research Board of the National Academies U.S. National Committee.
PLANS FOR THE INTERNATIONAL HELIOPHYSICAL YEAR (IHY) June, 2005 An international program of scientific research Joseph Davila, Barbara Thompson, Nat Gopalswamy.
The GEO User Requirements Approach to Achieving Societal Benefits Gary J. Foley, USA Ellsworth LeDrew, IEEE Thierry Ranchin, France Francesco Pignatelli,
Mid-Decade Assessment of the United Nations 2010 World Population and Housing Census Program Arona L. Pistiner Office of the Associate Director for 2020.
STEREO Science Center Status Report William Thompson NASA Goddard Space Flight Center STEREO SWG November 2007 Pasadena, California.
1 City of Shelby Wastewater Treatment Division Becomes State’s Second Public Agency to Implement a Certified Environmental Management System CERTIFICATION.
Solar weather consists of the Sun’s effects upon its planetary system and the solar activities it causes. Solar activities, such as flares and CMEs, form.
A Program of International Cooperation during the International Heliophysical Year International Global Explorer Campaign.
STEREO and the Virtual Heliospheric Observatory Tom Narock 1,2 Adam Szabo 1 Jan Merka 2 (1) NASA/Goddard Space Flight Center (2) L3 Communications, GSI.
1 An Overview of Process and Procedures for Health IT Collaboration GSA Office of Citizen Services and Communications Intergovernmental Solutions Division.
Analysis of 3 and 8 April 2010 Coronal Mass Ejections and their Influence on the Earth Magnetic Field Marilena Mierla and SECCHI teams at ROB, USO and.
The International Plant Protection Convention Presenter organization THE INTERNATIONAL YEAR OF PLANT HEALTH OccasionDate.
Land Surface Imaging VC: Terms of Reference Julio Dalge, P.G. Diwakar, John Faundeen INPE ISRO USGS CEOS SIT-28 Meeting Hampton, Virginia, USA March 12,
ISES Director’s Report Terry Onsager, April 9, 2015 Accomplishments Actions from 2014 Annual Meeting Complementary Activities Challenges.
New Task on DSM and Climate Change Dr David Crossley Managing Director Energy Futures Australia Pty Ltd IEA DSM Executive Committee Meeting Brugge, Belgium.
Stage 3. Consultation and Review Standard Setting Training Course 2016.
Pulkkinen, A., M. Kuznetsova, Y. Zheng, L. Mays and A. Wold
Utilizing Scientific Advances in Operational Systems
Implementation SIG Future Discussion Points and Possible Next Steps
Scanning the environment: The global perspective on the integration of non-traditional data sources, administrative data and geospatial information Sub-regional.
PLANS FOR THE INTERNATIONAL HELIOPHYSICAL YEAR (IHY)
SCIENCE OBSERVATORY DEVELOPMENT HISTORY OUTREACH
SCIENCE OBSERVATORY DEVELOPMENT HISTORY OUTREACH
Presentation transcript:

17 Oct 2002IHY ( Why IHY? Historical Perspective First International Polar Year –January 1875 at the Academy of Sciences in Vienna Carl Weyprecht suggested a coordinated study of the north polar region –Polar meteorological and magnetic observations commenced on Aug 1, 1882 and concluded Sep 1, 1883 Second International Polar Year –Scientific activities were significantly limited by the world-wide economic depression –Polar meteorological and magnetic observations to be made in , fifty years after the first IPY The obvious next step is to extend global studies into the Heliosphere to incorporate the drivers of Geophysical change into the global system-The IHY. International Geophysical Year –The IGY involved about 60,000 scientists from 66 nations –To obtain simultaneous, global observations on Earth and in space

17 Oct 2002IHY ( Why Now? A large armada of existing or planned spacecraft are in place to provide the most comprehensive global measurements of the sun-earth interplanetary system yet obtained Earth based resources can provide measurements of terrestrial effects at the poles and elsewhere International collaboration is easier today than in previous international years with abundant and cheap electronic communication available No single country has sufficient resources to obtain all required observations The time is ripe for IHY global studies. STEREO ACE SOHO

17 Oct 2002IHY ( Space Missions Operating in the IHY Timeframe

17 Oct 2002IHY ( IHY Scientific Goals Provide benchmark measurements of the response of the magnetosphere, the ionosphere, the lower atmosphere and Earth surface to identify global processes and drivers which affect the terrestrial environment Global study of the Sun-heliosphere system outward to the heliopause to understand the external drivers of geophysical change Foster international scientific cooperation in the study of Heliophysical phenomena now and in the future To communicate the unique scientific results of the IHY to the interested scientific community and to the general public

17 Oct 2002IHY ( Status WSC/COSPAR planning session October 2002 EGU Session in Spring 2003 UK Community Workshop November 2003 IAU International Planning Committee established IHY plan submitted to ICSU December 2003 as part of the overall IPY plan for 2007 COSPAR and AGU endorsements under consideration IHY incorporated into response for Udall resolution on the IGY US planning workshop held at Sac Peak Observatory April 20-22, 2004 UN resolution underway

17 Oct 2002IHY ( IHY and You Through the participation of you and your organization, we can ensure that the efforts of IHY overlap with and help fulfill the goals of other programs. To obtain a coordinated set of observations to study, on Heliophysical scales, the solar-generated events which affect life and climate on Earth To document and report these observations and provide a forum for the development of new scientific results utilizing these observations To foster international cooperation in the study of Heliophysical phenomena now and in the future To communicate the unique scientific results of the IHY to the scientific community as well as the world population IHY consists of a comprehensive campaign to observe and study the connected Sun-Earth system. The goals of IHY overlap with the goals of many organizations:

17 Oct 2002IHY ( How IHY is Organized These IHY activities link directly to the success of IHY and require a long-term commitment for the planning and execution phases. We're seeking the participation of both individuals and organizations in these efforts. Science Working Groups coordinate analysis and modeling efforts, and are responsible for planning IHY meetings, symposia and workshops through the three major thrusts: 1. Scientific Campaigns: oversees the IHY coordinated observing campaigns. The team reviews proposals for IHY campaigns, coordinates the input from the observatory representatives, and maintains the IHY observing and campaign schedule. 2. Scientific Meetings and Publications: arranges for communication of scientific results to broader science community 3. Public Outreach: responsible for increasing public awareness of IHY activities. This committee produces newsletters, maintains the website(s), writes articles, coordinates media affairs, and develops outreach products The IHY organization is developed in response to the goals and objectives of IHY. An International Steering Committee coordinates all of the IHY activities, through its Science Working Groups, with three major thrusts.

17 Oct 2002IHY ( IHY Steering Committee Public Outreach Newsletters, Website, Articles, Media Affairs, Outreach Products Emerging Nations Programs Scientific Campaigns Reviews proposals for IHY campaigns with observatory representatives, coordinates observing schedule Observatory Reps and Coordinators Scientific Institutions Professional Organization Representatives and Coordinators Science Working Groups Coordinate analysis and modeling efforts, coordinate meetings & symposia IGY History and Context Research Organizations NASA, ESA, JAXA, NAS, DoD, NSF, etc. IHY Regional Steering Committees: Europe, US, Japan,etc. Scientific Meetings & Publications Ensure that scientific objectives of IHY are well-developed and that the results of IHY are communicated to the greater scientific community. Production and Publications Campaign Planners Media Affairs

17 Oct 2002IHY ( Scientific Campaigns -Campaign Planning: Campaign proposers and planners develop plans for a broad range of scientific observing campaigns and propose campaigns to the Science Working Groups. Campaigns are coordinated between the science working groups, observatories, and emerging nations programs primarily through electronic communication. -Observatory Coordination: Observatory representatives and coordinators participate in the review of observing proposals, identifying and committing observatory resources if necessary, and executing observing campaigns. They determine whether an observation is feasible, and represent their observatory when committing to an observing schedule. The Scientific Campaigns are organized around three major activities: The oversight of the Scientific Campaigns is coordinated through the Scientific Working Groups. -Emerging Nations Programs: Encourage participation in research programs by establishing contacts with and Identifying resources for programs in developing countries: putting the "I" in "IHY." Campaign Planners Emerging Nations Programs Obs Reps & Coord Scientific Campaigns

17 Oct 2002IHY ( Scientific Meetings and Publications -Scientific Institutions: Serve as a point of contact for an institution, establish websites for local coordination, develop outreach programs, and may assist in coordination of developing countries program. -Professional Organizations: Professional Organization representatives and coordinators work to ensure synergy and identify overlaps between the goals of their organizations and the goals of IHY. In addition to serving as contact points, they help organize special sessions on IHY science, coordinate publications through journals, and help plan campaigns that address the science objectives of their organization. Scientific Meetings and Publications are necessary to ensure that the scientific objectives of IHY are broad and well-developed and that the results of IHY are communicated to the greater scientific community. Scientific Institutions Professional Organization Representatives and Coordinators Scientific Meetings & Publications

17 Oct 2002IHY ( Public Outreach Of course, IHY benefits from everyone's participation in the public outreach program. -Media Affairs: develop materials for and work directly with media organizations to ensure that the activities and opportunities of IHY are broadly communicated -IGY History and Context: help the IHY initiative plan for the future by learning from IGY's past successes, and serves as an inspiration for Contributions of "IGY reminiscence" articles are posted on the website and, if possible, will be bound into a single historical volume The Public Outreach initiative communicates the goals and activities of IHY by coordinating affairs with the media and making a variety of materials available, such as newsletters, websites, newspaper articles and other outreach products. Public Outreach IGY History and Context Production and Publications Media Affairs -Production and Publications: focus on website and other forms of information, production of materials and publications intended for public outreach.

17 Oct 2002IHY ( IGY History and Context Looking back at 1957 and IGY is a powerful exercise which allows us to gauge the progress since 1957, refine our goals and activities, and identify the potential impact of IHY/IGY IGY History: An effort to collect articles, anecdotes and information on the IGY activities. -IGY "Where are they now": Identifying members of the scientific community (and beyond) who played roles in IGY: Where are they today? -Science Legacy: In particular, IGY activities and data which are still in use Again: We'll look back at 1957 from a cultural perspective, purely for fun! It is difficult to fully assess impact of IGY 1957 on the space and earth sciences. Still, we would like to recreate IGY 1957 as much as we can. These items will be accumulated on an IGY historical website, and we will consider collecting and binding all of these items into a single volume.

17 Oct 2002IHY ( The year 2007 will be during solar minimum, approaching the rise phase of the solar cycle. This period is optimal because: –Establishing the heliosphere/geospace structural "context" will require at least a month of observations. –Many processes affecting geospace and climate take weeks to months to fully dissipate. To track these processes and the coupling in its entirety, we require activity surrounded by relatively quiet phases. –The heliospheric interaction with geospace will consist primarily of slow solar wind pressure interaction, punctuated by some high-speed streams, coronal mass ejections, and solar flares. These events are anticipated to occur somewhat in isolation, to differentiate between the effects. –A full year (plus a continuance of necessary observations in 2008) will allow for a study of all four terrestrial seasons. IHY Scientific Observing Campaigns

17 Oct 2002IHY ( The science goals of the IHY are broad and require the coordinated effort of observatories and scientists worldwide. The scientific success of IHY requires the encouragement of innovative research programs. However, the support of a large number of these programs can strain existing resources. –The IHY Scientific Campaigns will be facilitated through the Science Working Groups, which will stimulate campaign initiatives, establish scientific priorities, coordinate observations and assist in the management of resources. –Each of the observatories, instruments, and sources of relevant IHY data have at least one designated coordinator, who will serve as the primary contact when planning IHY observations. IHY Scientific Observing Campaigns

17 Oct 2002IHY ( Step 1. A potential campaign must be proposed through at least one campaign leader, who will serve as the chief coordinator. -or- Step 1. A Science Working Group (SWG) identifies the need for a campaign and recruits a campaign leader, who will serve as the chief coordinator. Step 2. The campaign proposal includes the science objectives, lists potential participating observatories and scientists, and provides an explicit description of the required observations and resources. Step 3. The SWGs work with the Observatory Reps to determine the feasibility of the proposed observations and the scientific merit. When applicable, the Scientific Institution, Professional Organization reps and/or Emerging Nations Programs give input regarding campaign participation. Step 4. If a campaign is approved, the SWGs place the campaign on the IHY schedule, assisting the responsible Observatory Reps in executing the campaign observations (such as target coordination). Step 5. The Science Working Groups assist in the analysis and broaden the scientific impact of these campaigns by stimulating research, discussions, and activities at meetings. How IHY Campaigns Work

17 Oct 2002IHY ( Step 1. David Webb proposes a campaign to study which eruptions on the Sun produce magnetic clouds at Earth. Step 2. Webb and his collaborators produce an IHY campaign proposal: An "Example" IHY Campaign Title: Solar Eruptions Producing Magnetic Clouds at Earth and at 1 AU Brief Objective: Perform a study of the magnetic structure of solar erupting regions and the associated CME structure associated with magnetic clouds at 1 AU. Include characteristics of erupting region, CME properties, possible propagation effects in the solar wind, to determine which aspects of the solar eruption can be used to predict cloud properties such as total flux, helicity, orientation, speed, and density. Method: Examine in situ magnetic field, density, and solar wind velocity data for magnetic clouds. Obtain total flux, helicity, orientation, speed and density of cloud. Based on arrival time and speed of magnetic cloud, use a simple propagation model to determine source eruption time. Obtain solar magnetic field, H alpha, EUV, Soft X-ray and coronagraph data to obtain properties of eruption and erupting region. Observations Required: BBSO, Wilson and MDI Magnetograms (hourly), GOES SXI images (as often as available), synoptic H alpha observations, STEREO EUVI and Coronagraph images (twice hourly), ACE solar wind observations Campaign Duration: 2 months should produce at least 10 candidate events.

17 Oct 2002IHY ( Step 3. The "Sun-Earth Transients" SWG forwards the proposal to the Observatory Representatives for BBSO, Wilson, MDI, GOES SXI, STEREO, and ACE SWEPAM, SWICS and MAG. Although only synoptic observations were requested, the SWG notes that the Meudon Observatory may be available to conduct a special high-cadence H-alpha campaign, and forwards the proposal to the Meudon Observatory Representative as well. The SWG also notes that another campaign to study the propagation characteristics of CMEs using a more intricate yet realistic model is also proposed. If possible, the SWG decides to run these campaigns concurrently so both objectives can enhance each other. Webb's proposal is reviewed, and it is approved by all of the observers except the STEREO Coronagraph Observatory Representative, who explains that observations will only be available hourly. The proposal is accepted contingent on the agreement that the research objective is still feasible with coronagraph observations at a decreased cadence. An "Example" IHY Campaign

17 Oct 2002IHY ( Step 4. Webb's campaign is approved, and it is placed on the schedule to run daily from 14 July through 22 September. Other observatories are invited to participate if interested. A daily target is chosen by a modeler on Webb's team, and the target is forwarded to the participating observatories and posted on the IHY Campaign website. The observation data is catalogued via the IHY virtual campaign database, and is thereafter accessible to IHY researchers and the public. Step 5. The "Sun-Earth Transients" SWG assists in identifying researchers who may assist in the production of scientific results. They contact the campaign leader for the solar eruption propagation campaign and suggest that they work with Webb's team. They also identify a solar magnetic field model which includes non- potential effects, and suggest that Webb's team might benefit from using the model. An "Example" IHY Campaign

17 Oct 2002IHY ( The IHY Campaign site contains all of the logistics for IHY campaign planning. It includes: The Science Working Group Objectives, leaders and participants Approved and Proposed Campaigns Participating Observatories and Observatory Representatives Campaign observing targets Modelers IHY participants interested in the Campaign's scientific topic Scientific Publications Relevant to the Campaign's scientic topic A searchable IHY Campaign calendar A searchable IHY Science Planning Database A searchable IHY Campaign Database The IHY Campaign Site

17 Oct 2002IHY ( The IHY Science Planning Database is a resource which allows IHY researchers and participants to identify scientists and observatories for campaign coordination. Because every observatory must have at least one responsible scientist, the records are indexed by participants. Searchable fields include: –Participant name –Observatory - Representative (if the participant will be serving as the science planner and coordinator for observatory operations. Observatory Reps must be able to commit their instrument or observatory when needed, and are responsible for the execution of the campaign observations.) –Observatory - Analysis (some participants may be experts in data analysis for a particular measurement or instrument, but will not be responsible for campaign planning) –Type of Observation –Institution –Country –Scientific or Professional Organization –Scientific Topic (AGU Index Terms) –IHY Campaign or Initiative The IHY Science Planning Database

17 Oct 2002IHY ( Enter Information Here Participant Name:Institution: Scientific or Professional Organizations: Country: Scientific Interest: Observatory: Observatory Rep? Analysis Expert? IHY Campaign: The IHY Science Planning Database Last name, First name, M.I. College University International Union of Geophysicists Afghanistan Union of International Geophysicists Geophysicists International Union

17 Oct 2002IHY ( The IHY Campaign Database allows IHY researchers to easily identify and access IHY campaign data. Searchable fields include: Start Date End Date Participating Observatory(s) Participating Instrument(s) Data Class Data Format(s) Campaign Number Science Objective The IHY Campaign Database

17 Oct 2002IHY (

17 Oct 2002IHY ( 2004: Regional coordination meetings, campaigns begin to be defined, synergy/coordination discussions with professional organizations 2005: Synthesis from regional to international, merging of science working groups and campaigns, "backfilling" missing initiatives 2006: Prototyping year, preliminary work IHY Planning Schedule

17 Oct 2002IHY ( You can: serve as a coordinator between IHY and your scientific institution or organization to ensure overlap in scientific objectives serve on one of the science working groups to assist in the development of scientific initiatives help with the public outreach effort assist in the development of programs for developing countries contribute a story or "reminiscence" about IGY 1957 propose and help coordinate an observing campaign serve as an observatory coordinator be creative - new suggestions and ideas are always welcome! Where You Fit In IHY needs you, and we have opportunities for participants at any level of commitment. us at ihy.gsfc.nasa.gov for more information!