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2012 WORLD EARTH DAY 42 nd ANNIVERSARY OF PROMOTING THE PROTECTION OF EARTH’S ENVIRONMENTS APRIL 22, 1970 – APRIL 22, 2012. Walter Hays, Global Alliance for Disaster Reduction, University of North Carolina, USA. WHAT IS THE GOAL?. TO FOCUS GLOBAL EFFORTS TO OVERCOME INERTIA
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2012 WORLD EARTH DAY42nd ANNIVERSARY OF PROMOTING THE PROTECTION OF EARTH’S ENVIRONMENTSAPRIL 22, 1970 – APRIL 22, 2012 Walter Hays, Global Alliance for Disaster Reduction, University of North Carolina, USA
WHAT IS THE GOAL? TO FOCUS GLOBAL EFFORTS TO OVERCOME INERTIA AND MOVE TOWARDS: INTEGRATION OF SCIENCE AND PUBLIC POLICY DESIGN OF PARADIGM SHIFTS TO COPE WITH ALL ENVIRONMENT –IMPACTING EVENTS
PLANET EARTH’S ENVIRONMENTS AT RISK • Oceans • Polar regions • Deserts • Grasslands • Wetlands • Mountains • Forests • Water • Cities
THE ONGOING CHALLENGE SUCCESS IS VITAL TO QUALITY OF LIFE AND HEALTH FOR 7 BILLION PEOPLE
THE YEARS PRIOR TO 2012 HAVE BEEN MAINLY CHARACTERIZED BY INERTIA
2012 WAS THE BEST EARTH DAY EVER ONE BILLION PEOPLE IN 192 COUNTRIES PARTICIPATED IN OVER 1 BILLION “ACTS OF GREEN”
EVERY LOCAL JURISDICTION CAN ACHIEVE THE CAPACITY TO MONITOR, PREVENT-MITIGATE AND ADAPT TO RISKS TO EARTH’S ENVIRONMENTS POSED BY DISASTERS
HAZARD MAPS • INVENTORY • VULNERABILITY • LOCATION • MONITORING • PREVENTION & MITIGATION • ADAPTATION ENVIRONMENTAL PROTECTION RISK ASSESSMENT ACCEPTABLE RISK RISK UNACCEPTABLE RISK ANTICIPATORY DECISIONS LOCAL, REGIONAL, & GLOBAL SCALES DATA BASES AND INFORMATION HAZARDS: GROUND SHAKING GROUND FAILURE SURFACE FAULTING TECTONIC DEFORMATION TSUNAMI RUN UP AFTERSHOCKS
Real and Near- Real Time Monitoring Seek out, Enlist, and Enable “Partnerships” Enlighten Communities on Their Risks Vulnerability and Risk Characterization Transfer Ownership of the Knowledge Bases Build Strategic Equity Through “MPA” Scenarios Engage Partners in MPA Learning Experiences Best Practices for MPA Actions Close Gaps in Knowledge and Implementation Introduce New Technologies Situation Data Bases Multiply “Partnerships” by Regional Twinning Towards Disaster Intelligent Communities Cause & Effect Relationships Update Knowledge Bases After Each MPA Scenario Anticipatory Actions for all Events and Situations Interfaces with all Real- and Near Real-Time Sources Gateways to a Deeper Understanding PROTECTING EARTH’S ENVIRONMENTS DESIGN PARADIGM SHIFTS FOR: Monitoring, Prevention-Mitigation, and Adaptation on local and regional scales THE KNOWLEDGE BASE CAPACITY BUILDING CONTINUING EDUCATION
Natural Phenomena that Impact Earth’s Environments Every Year, Planet Earth is Impacted by: • Earthquakes
Natural Phenomena that Impact Earth’s Environments Some of Planet Earth’s Earthquakes also cause: • Tsunamis
Natural Phenomena that Impact Earth’s Environments Every Year, Planet Earth’s Environments are Affected by: • The Eruption of Volcanoes
Natural Phenomena that Impact Earth’s Environments Planet Earth’s environments are affected by: • Landslides
Natural Phenomena that Impact Earth’s Environments Every Year, Planet Earth’s Environments are affected by: • Tropical Storms, Hurricanes, Typhoons, and Cyclones
Man-made Phenomena that Impact Earth’s Environment Planet Earth’s Environments are Impacted by: • Building and Development that Reclaims and Creates land.
Man-made Phenomena that Impact Earth’s Environment Planet Earth’s Environments are Impacted by: • Building and Development that Reclaims and creates land.
Man-made Phenomena that Impact Earth’s Environment Planet Earth’s Environments are Changed by: Construction and Development That Controls Water
Technological Hazards that Impact Earth’s Environments Planet Earth is changed by: • Building and Development that Expands a city’s Footprint and Skyline.
Planet Earth is Easily Damaged by Man’s actions of: Deforestation Man’s Actions that Impact Earth’s Environments
Planet Earth is easily damaged by: Pollution of air, water, and soil. Man’s Actions that Change Earth’s Environments
GLOBAL EARTH OBSERVING SYSTEM (GEOS) Facilitating Scientific Monitoring for Prevention & Mitigation, and Adaptation
GLOBAL EARTH OBSERVING SYSTEM (GEOS) • SUPPORTED BY 50 COUNTRIES • A NETWORK THAT WILL CONTINUOUSLY MONITOR THE LAND, SEA, AND AIR • A STEP FORWARD IN UNDERSTANDING THE EARTH AND MONITORING FACTORS RELATED TO GLOBAL CLIMATE CHANGE AND DISASTER RISK REDUCTION
GLOBAL EARTH OBSERVING SYSTEM (GEOS) • 50 SATELITES COLLECT ENVIRONMENTAL DATA • 68 MOORED BUOYS OPERATED BY USA AND JAPAN MONITOR THE EQUATORIAL PACIFIC • 1,288 BUOYS OPERATED BY 14 NATIONS MONITOR TEMPERATURE AND SALINITY • SYNTHETIC APERATURE RADAR WILL HELP FORECAST VOLCANIC ERUPTIONS
FACTORS THAT FACILITATE A PARADIGM SHIFT • POSITIVE MEDIA ACTIONS—POSITIVE ACTIONS WILL INCREASE PUBLIC AWARENESS. • SALIENCE—WILL ATTRACT A LARGE PERCENTAGE OF THE COMMUNITY’S/REGION’S LEADERS AND PROVIDE A BASIS FOR PUBLIC-PRIVATE PARTNERSHIPS. • AVAILABILITY OF POLITICAL LEADERS AND SCIENTIFIC EXPERTS—TO FORM THE CRITICAL MASS. • PRE-EXISTENCE OF SCIENTIFIC KNOWLEDGE AND PUBLIC POLICY—A BASIS FOR LEGAL MANDATES FOR MONITORING, MITIGATION, AND ADAPTATION.
EMPHASES BASED ON A LARGER SOCIAL CONSTRUCT OF THE ISSUES POLICY EMPHASIS 1: FOCUS ON THE NATURE AND APPROPRIATENESS OF MOVING FROM “THINKING TO ACTION” BY PARTNERSHIPS AND THE WAYS TO ENLIST SUPPORT FOR EACH PROPOSED ACTION
EMPHASES BASED ON A LARGER SOCIAL CONSTRUCT OF THE ISSUES POLICY EMPHASIS 2: FOSTER REALISTIC CHANGE BY INTEGRATING THE BEST PRACTICES FOR MONITORING, PREVENTION-MITIGATION, AND ADAPTATION BASED ON EXISTING LAWS AND REGULATIONS.
EMPHASES BASED ON A LARGER SOCIAL CONSTRUCT OF THE ISSUES POLICY EMPHASIS 3: CREATE, ADJUST, AND REALIGN POLICIES AND PARTNERS UNTIL YOU CAN CREATE THE KIND OF PARTNERSHIPS THAT WILL MEET THE NEEDS OF THE COMMUN ITIES IN EACH REGION
MAKING MONITORING, PREVENTION-MITIGATION, AND ADAPTATION WORK EXPERIENCE WITH PREPAREDNESS EXPERIENCE WITH MONITORING AND WARNING PARTNERSHIPS DESIGNED TO MEET THE NEEDS OF 2010 AND BEYOND EXPERIENCE WITH DISASTER SCENARIO PLANNING EXPERIENCE WITH RECOVERY AND RECONSTRUCTION EXPERIENCE WITH PREVENTION, MITIGATION, AND ADAPTATION