Session #5c Additional Scenarios Session Lead : Satoko Horiyama MIURA Japan Aerospace Exploration Agency (JAXA)

Slides:



Advertisements
Similar presentations
WTF-CEOP JAXA Prototype Demo (Coordinated Energy and water cycle Observation Project) May 23, 2007 Satoko Horiyama MIURA – JAXA Ben Burford - RESTEC.
Advertisements

GEOSS Architecture Status and Way-forward Unofficial presentation Just for brain Storming GEO Secretariat CEOS/WGISS, May , Hanoi.
DS-01 Disaster Risk Reduction and Early Warning Definition
Strategic Management on Development and Transfer of Technologies for Adaptation to Climate Change: A Case in China Ji ZOU and Ke Wang Renmin University.
Anticipating Extreme Hydrologic Events …how real-time data empowers communities and individuals to survive and recover from disasters AMS Corporate Forum.
Initial Operating Capability Discussion chaired by Jay Pearlman, IEEE including contributions from D. Nebert ADC Co-Chair Meeting February 5, 2008.
Towards a real-time landslide early warning strategy in Hong Kong Qiming Zhou and Junyi Huang.
European COastal-shelf sea OPerational monitoring and forecasting system ECOOP.
The Ocean’s Role in Climate Change. Responding to the Kyoto Protocol Climate Change Action Fund (CCAF) Initiatives Reduce greenhouse gas emissions. Reduce.
1 Lecture 16 Potential Impacts of Global Warming.
U.S. Department of the Interior U.S. Geological Survey U.S. Department of the Interior U.S. Geological Survey USGS contributions to unified space weather.
International Charter Space and Major Disasters 2011 NOAA Satellite Direct Readout Conference Miami, Florida April 4, 2011 Monitoring and Management Support.
The National Climate Assessment: Overview Glynis C. Lough, Ph.D. National Climate Assessment US Global Change Research Program National Coordination Office.
Tokyo Climate Center (TCC)
IPCC WGII Third Assessment Report – Regional Issues with Emphasis on Developing Countries of Africa Paul V. Desanker (Malawi) Coordinating Lead Author.
Earth Observations: foundational for understanding and predicting environmental change ITU Symposium on ICTs, the Environment and Climate Change Montreal.
Summary of Breakout Session 1.2 GEO Societal Benefit Areas (Chair: Antonio Bombelli) Coordinator of the GEO Task CL-02 “Global Carbon Observations and.
© GEO Secretariat IGWCO UNESCO CEOS GEOWOW Univ. of Tokyo GEOSS African Water Cycle Coordination Initiative and Capacity Development.
Agency, version?, Date 2012 Coordination Group for Meteorological Satellites - CGMS Add CGMS agency logo here (in the slide master) Coordination Group.
Community Resilience: It Takes A Village Civil Society Leadership Symposium December 8, 2009 Margaret A. Davidson NOAA’s Coastal Services Center.
Catastrophic Events  Catastrophic Event –Any event naturally occuring or caused by human action that:  Causes severe damage to the land  Endangers.
Masters of Disaster Weather events? Geological events?
CARIBBEAN STUDIES Hazards in the Caribbean. Earthquakes Earthquakes are caused by sudden release of slowly accumulated strain energy along a fault in.
Natural Hazards. A National Threat Presidential Disaster Declarations in the United States and Territories by county from 1965–2003 reflect the broad.
Asia Flood Network A Flood Mitigation and Preparedness Program in Asia A. Sezin Tokar, Ph.D. U.S. Agency for International Development Office of U.S. Foreign.
Presented by Dr.Snehal Sopan Bhagat Roll No:5 Droughts in Maharashtra.
CEOP Coordinated Energy and water cycle Observation Project May 14, 2007 Ryousuke Shibasaki – UT Ben Burford - RESTEC.
June 8, 2011 NOAA Climate Services Portal Prototype A collaborative, NOAA-wide prototyping effort featuring CPC, CPO, CSC, NCDC.
Getting Ready for the Future Woody Turner Earth Science Division NASA Headquarters May 7, 2014 Biodiversity and Ecological Forecasting Team Meeting Sheraton.
The GEOSS Interoperability Process Pilot Project Siri Jodha Singh Khalsa IEEE Committee on Earth Observations Standards Working Group.
Antonio Marquina Chair in International Security Director of UNISCI.
Slide # 1 GEO Task AR Architecture Implementation Pilot George Percivall GEO ADC Meeting, 14 & 15 May 2007.
UNDERSTANDING DROUGHT A Slow-Onset, Natural Phenomenon That Can Happen Anywhere PRIMER OF KNOWLEDGE THAT CAN MULTIPLY AND SPILL OVER FOR THE BENEFIT OF.
Natural Hazard Impact Factors Natural events can cause great loss of life or property damage: Natural events can cause great loss of life or property damage:
Second National Communication of the Republic of TAJIKISTAN under the UNFCCC Ilhomjon RAJABOV Head, Climate Change Centre Side Event: Thirteenth Session.
Geosciences - Observations (Bob Wilhelmson) The geosciences in NSF’s world consists of atmospheric science, ocean science, and earth science Many of the.
Flash Flood Forecasting as an Element of Multi-Hazard Warning Systems Wolfgang E. Grabs Chief, Water Resources Division WMO.
Floodplain Management SESSION 3 Stream Systems on Dynamic Earth Meteorological Framework Prepared By Donald R. Reichmuth, PhD.
GEO ADC Co-Chair meeting, Tokyo, Japan, 13 May 2007 Slide # 1 Cross-GEO Coordination Report of C4 Meeting and follow-up discussion Ivan Petiteville, CEOS.
“America’s NOAA National Weather Service: Protecting Lives, Livelihoods, and A Way of Life” Water Resources Vision 2020 Deliver a broader suite of improved.
Global Terrestrial Observing System linking the world’s terrestrial monitoring systems to provide a global vision of the Earth we share.
Educator Resources Lauren Ritter, NASA Education Pathways Intern Hurricane and Severe Storm Sentinel (HS3) Global Precipitation Measurement (GPM) Soil.
Meteorological & Hydrological data for water resources development.
1 Final Report on WTF-CEOP JAXA Prototype system Satoko Horiyama MIURA JAXA/Earth Observation Research Center.
The Process for Achieving Interoperability in GEOSS AGU Fall Meeting IN43C-08.
Information for a Sustainable World The NEW. ‘Mission to Planet Earth’ Study Earth as a complex interdependent system Understand and prepare for global.
Measuring and Predicting Natural Disasters
Disasters come in many shapes and sizes. Most are related to the weather. Some are predictable, like a hurricane. Some, like an earthquake, surprise us.
TOWARD CONVERGENCE DA-07-P6: Data Integration and Analysis System It is expected that there will be a large increase in the volume of Earth Observation.
39 th Conference of Directors of EU Paying Agencies ESTEC, 25 May 2016 M. Drusch, Principal Scientist Earth Observation Programmes Directorate Science,
2015 Snohomish County Hazards Mitigation Plan Update Public Meeting Snohomish County Department of Emergency Management, Everett, WA October 23, :00.
Architecture Implementation Pilot: GEOSS, FedEO, Tri-Lateral Kickoff Meeting - 5&6 June 2007 Session #7b Oil Spill, Polar, Volcano Scenarios Work Plan.
Why do the Effects of Natural Disasters Vary
Catastrophic Event Notes
Instructors: Amita Mehta (ARSET) Kyle Peterson (ARSET) Week-4
Preparing for the Worst!
Catastrophic Events An event that causes great distress and suffering; a disaster classified by the extent and intensity of its impact on the ecosystem.
GEO WP 1. INFRASTRUCTURE (Architecture and Data Management)
DO NOW WEDNESDAY Which natural disaster do you think would be the worst and why?
The Architecture of GEOSS Dr
Extreme Events -Losses
Global Terrestrial Observing System
1. Monitoring & Early Warning System
Flood Potential in Africa
NATURAL DISASTERS! EARTHQUAKES WILDFIRES VOLCANIC ERUPTIONS TORNADOES
Template PowerPoint Slides
NATIONAL LANDSAT POLICY Executive Office of the President
Why do the Effects of Natural Disasters Vary
GEO - Define an Architecture Integrated Solutions
Presentation transcript:

Session #5c Additional Scenarios Session Lead : Satoko Horiyama MIURA Japan Aerospace Exploration Agency (JAXA)

Objectives Consideration of additional scenarios other than the Africa, Oil Spill and Regional Climate Change scenarios, based on 1.CFP Responses 2.Coordination with IP3 Scenarios from AR-07-01

CFP responses (from “Summary of CFP Responses” ) 1. Disasters Reduction and Prevention of Disasters – 23 –Wildfires in Africa – 8 – Africa –Tanker oil spill – 4 – Atlantic coast of Europe –Flooding/Land Slides – 4 – several geographic locations. 2. Ecosystem and biodiversity – 19 –Specific to Africa – 5 –Specific to Polar – 4 3. Climate Change – 14 –Local Effects – 5 –Reconnaissance scenario for the Polar Arctic 4. Other –Energy Management – 4 –Weather Forecasting – 4 –Air Quality – 3 –Water – Management and Food Security – 3 –Agriculture – 2 –Hurricane response –Land cover / land use change. –Marine geohazard disaster (slope failure and associated tsunami)

CFP responses (from “Summary of CFP Responses” ) 1. Disasters Reduction and Prevention of Disasters – 23 –Wildfires in Africa – 8 – Africa –Tanker oil spill – 4 – Atlantic coast of Europe –Flooding/Land Slides – 4 – several geographic locations. 2. Ecosystem and biodiversity – 19 –Specific to Africa – 5 –Specific to Polar – 4 3. Climate Change – 14 –Local Effects – 5 –Reconnaissance scenario for the Polar Arctic 4. Other –Energy Management – 4 –Weather Forecasting – 4 –Air Quality – 3 –Water – Management and Food Security – 3 –Agriculture – 2 –Hurricane response –Land cover / land use change. –Marine geohazard disaster (slope failure and associated tsunami)

CFP responses (from “Summary of CFP Responses” ) 1. Flooding/Land Slides – 4 – several geographic locations. 2. Energy Management – 4 3. Weather Forecasting – 4 4. Air Quality – 3 5. Water – Management and Food Security – 3 6. Agriculture – 2 7. Hurricane response 8. Land cover / land use change. 9. Marine geohazard disaster (slope failure and associated tsunami)

IP3 Scenarios and Data Flows WIS GBIF FDSN CEOP Species Response to Climate Change Scenario Nativi Fault Lubrication Scenario Ahern Landslide Risk Scenario Thomas Flood Risk Scenario Burford Seismic Events from Glacier/Ice Sheet Disintegration Scenario Ahern Exotic event catalog Terminus retreat GLIMS Event catalog Precip (NCAR/TIGGE), stream gauge (CUAHSI /USGS) Seismic Trigger Precip, soil moisture (TIGGE) Climate data (NCAR) Species data DEM (DEMIS) Ancillary Meningitis Early Warning System Kelly Precip, soil moisture (TIGGE) Soil moisture, stream gage, etc. Ecological Niche Modeling is applied to study the adaptation of butterflies in Canada and Alaska to various climate change scenarios. Requires interoperability between the GBIF (Global Biodiversity Information Facility) and components of the WIS (World Meteorological Organization Information System). A distributed surface run-off model provides data for flood warning and dam operation systems. Requires interoperability between CEOP (Coordinated Enhanced Observation Period) systems and components of the WIS. Analysis to determine whether rainfall and seismic data be used to predict locations where hillsides are susceptible to collapse. Requires interoperability between the FDSN (International Federation of Digital Seismographic Networks), the WIS, and an interoperable landslide database network in Australia. Analysis to determine whether high rainfall rates or excess groundwater produce increased earthquake activity in areas of known faults. Requires interoperability between FDSN and WIS components. Analysis of seismic signals and a combination of remote sensing and in situ data for selected glaciers to determine whether global seismic networks can be used to monitor ice sheets and glacial activity and thus remotely sense effects of warming on a global scale. Requires interoperability between FDSN and databases at the National Snow and Ice Data Center.

IP3 Scenario End Points  Two IP3 scenarios (Species Response and Flood Risk) have substantial resources backing them –Schedule/critical path for these being worked –End point is live demo plus video or narrated slide show  IP3 scenarios involving FDSN may not evolve past conceptual stage due to lack of resources –End point is 2-page write up  At least 2 IP3 scenarios will require “special arrangements” to be registered, thus ensuring involvement of the SIF.

Coordination with IP3 scenarios Components of IP3 to be registered, so  Option 1 : Coordinate with IP3 team to refine their scenario. Prepare demonstration as “IP3” scenarios.  Option 2 : Use registered IP3 components in CFP scenario  Option 3 : Avoid overlapping, i.e., avoid the SBA of Water and Biodiversity for the new scenario  Option 4 : Option 2 & Option 3  Others ?

New Scenario Final

 Mission: (DISASTER) –Evacuation Planning and Evaluate Damage (DISASTER) HEALTH & WEATHER/CLIMATE –Smoke Impact Analysis (HEALTH & WEATHER/CLIMATE) AGRICULTURE –Evaluate impact on food crop (AGRICULTURE) 1.Target Region : Asia and other continent 2.Target SBA : Disaster, Health, Climate/Weather and Agriculture Proposal Huge Volcano Eruption  Incident: Huge Volcano Eruption in Asia, smoke spread over other continent

DISCUSSION !!

Evaluating Medium Resolution EO data for African monitoring sites Presented by: Thomas Lankester 6 th June 2007

RESPOND Scenario Event occurs in monitored African monitoring sites (wild fire, flood, etc.). Charter activationArchive check activation (data acquisition) Evaluation ‘after’ and ‘before’ comparison.

Scenario component view UK Multi-Mission Product Archive Facility generates MERIS FRS (300m) data systematically for Africa Data over monitoring sites ingested to WMS compliant to EO profile (rolling archive) Users can evaluate and select most recent data that is fit-for-purpose