2nd International Conference on Volcanic Ash and Aviation Safety |
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June
21-24, 2004 |
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Opening Session | |||
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Keynote Address/Invited Speakers | |||
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Panel 1 – Airborne Volcanic Ash: Perspectives, Challenges, and Opportunities | |||
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Panel 2: Education, Training, and Outreach | |||
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Session 1: Encounters, Damage, and Socioeconomic Consequences | |||
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1.1 | 2003
Caribbean Volcanic Ash Encounters Captain Albert M. Beerley, US Airways ALPA Training Committee, Philadelphia, PA, USA |
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1.2 | Engine Damage
to a NASA DC-8-72 Airplane from a High-Altitude Encounter with a Diffuse
Volcanic Ash Cloud Thomas J. Grindle, NASA, Edwards, CA, USA; and Frank W. Burcham, Jr. |
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1.3 | Aircraft Encounters
from the 18th August 2000 Eruption at Miyakejima, Japan Andrew Tupper, Bureau of Meteorology, Darwin, Australia; and Yasuhiro Kamada, Noriyuki Todo, Ed Miller |
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1.4 | Impacts of
Volcanic Ash on Airline Operations Leonard J. Salinas, United Airlines Flight Dispatch, Chicago, Illinois, USA; and Daniel Watt |
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1.5 | Air Niugini
and the Volcanic Ash Threat Captain David Innes, Flight Safety Office, Air Nuigini, Papua, New Guinea |
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1.6 | Reducing Encounters
of Aircraft with Volcanic Ash Clouds Marianne Guffanti, USGS, Reston, VA, USA; and Thomas J. Casadevall, Gari Mayberry |
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Session 2: The Volcanic Source - Eruption Monitoring and Reporting | |||
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2.1 | A Global Perspective
on Volcanoes and Eruptions Richard Wunderman, Smithsonian Institution, Washington, DC, USA; and Lee Siebert, James Luhr, Tom Simkin, Ed Venzke |
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2.2 | Promise and
Pitfalls in Eruption Forecasting Chris Newhall, USGS, Seattle, WA, USA |
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2.3 | Status of
Volcano Monitoring Worldwide John W. Ewert, USGS, VDAP, Vancouver, WA, USA; and Christopher G. Newhall |
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2.4 | Volcanic Alert
Systems: An Overview of their Form and Function Bradley Scott, Institute of Geological and Nuclear Sciences, Wairakei, New Zealand |
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2.5 | Recent Etna’s
Explosive Eruptions Threaten Seriously Aviation in Central Mediterranean
Region Mauro Coltelli, INGV, Catania, Italy |
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2.6 | Recent Eruptive
Activity in Ecuadorian Volcanoes and its Threat to Aviation Safety Hugo Yepes A., Instituto Geofisico, Escuela Politecnica Nacional, Quito-ECUADOR |
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2.7 | The Alaska
Volcano Observatory – Fifteen Years of Working to Mitigate the Risk
to Aviation from Volcanic Ash in the North Pacific Thomas L. Murray, USGS, AVO, Anchorage, AK, USA |
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2.8 | Ground-Based
Real Time Monitoring of Eruption Clouds in the Western Pacific Kisei Kinoshita, Kagoshima University, Kagoshima, Japan; and Satoshi Tsuchida, Chikara Kanagaki, Andrew C. Tupper, Ernesto G. Corpuz, Eduardo P. Laguerta |
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Session 3: Ash Cloud Observations, Modeling, and Forecasting | |||
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3.1 | Modeling Volcanic
Ash Transport and Dispersion: Expectations and Reality Rene Servranckx, CMC, MSC, Quebec, Canada; and Peter Chen |
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3.2 | Discrepancies
Between Satellite Detection and Forecast Model Results of Ash Cloud Transport:
Case Study of the 2001 Eruption of Mt. Cleveland Volcano, Alaska David J. Schneider, USGS, AVO, Anchorage, AK, USA; Rene Servranckx, Jeff Osiensky |
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3.3 | Assessing
Volcanic Ash Hazard by Using the CALPUFF System Sara Barsotti, Istituto Nazionale di Geofisica e Volcanologia, Pisa, Italy; and Augusto Neri, Joe Scire |
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3.4 | Potential
of the ATHAM Model for Use in Air Traffic Safety Christiane Textor, Lab. Sciences du Climate et de L’Environnement, Paris, France; and Gerald Ernst |
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3.5 | Volcanic Ash
and Aerosol Detection Versus Dust Detection Using GOES and MODIS Imagery Bernadette Connell, CIRA/CSU, Fort Collins, CO, USA |
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3.6 | Ice in Volcanic
Clouds: Where and When? William I. Rose, Michigan Technological University, Houghton, MI, USA |
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3.7 | Detection
of Upper Level SO2 via the GOES Sounder Fred Prata, CSIRO Atmospheric Research, Aspendale, Australia; and Anthony J. Schreiner, Gary P. Ellrod, Timothy J. Schmit |
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3.8 | The G-bIRD
Volcanic Ash Cloud Detection System Fred Prata, CSIRO Atmospheric Research, Aspendale, Australia;and Cirilo Bernardo |
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Session 4: VAAC Operations and Capabilities | |||
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4.1 | The International
Airways Volcano Watch (IAVW) Raul Romero, ICAO, Montreal, Canada |
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4.2 | WMO Activities
Related to Volcanic Ash Saad Benarafa, World Meteorological Organization, Geneva, Switzerland |
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4.3 | NOAA’s
NWS Volcanic Ash Program: Current Status and Plans for the Future Christopher S. Strager, NWS Alaska Region Headquarters, Anchorage, AK, USA; and Jeffrey M. Osiensky, Gary L. Hufford |
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4.4 | Volcanic Ash
Impact on International Airport of Mexico City (AICM), Due to Emissions
of Popocatepetl Volcano Humberto Rodriguez, DMTA of SENEAM, Mexico, D.F. Mexico |
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4.5 | The Darwin
VAAC Volcanic Ash Workstation Rodney Potts, Bureau of Meteorology Research Centre, Melbourne, Australia; and Mey Manickam, Andrew Tupper, Jason Davey |
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4.6 | Shared Situational
Awareness and Collaboration Through the Use of the Volcanic Ash Collaboration
Tool (VACT) Jeffrey M. Osiensky, NWS Alaska Aviation Weather Unit, Anchorage, AK, USA; and Greg Pratt, David J. Schneider, Lynn Sherretz |
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4.7 | Perspectives
on Operational Volcanic Ash Warnings Hordur Thordarson, Meteorological Service of New Zealand, Wellington, New Zealand |
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4.8 | Volcanic Cloud
Conceptual Models for Volcanic Ash Advisory Centre Operations Andrew Tupper, Bureau of Meteorology, Darwin, Australia; and Gerald Ernst, Christiane Textor, Kisei Kinoshita, J. Scott Oswalt, Daniel Rosenfeld |
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4.9 | Volcanic Ash
Advisory Support for the U.S. Department of Defense Charles Holliday, U.S. AFWA, Offutt AFB, Nebraska, USA |
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4.10 | Web Access
to the Digital Archive of VAA Messages and VAFTAD Model Output Paula Dunbar, NOAA/NESDIS/NGDC, Boulder, CO, USA; and Grace Swanson |
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Session 5: Aviation Industry Perspectives | |||
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5.1 | Technology
Transfer: Moving R&D to Operations Steven R. Albersheim, Federal Aviation Administration, Washington, D.C., USA |
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5.2 | The Effect
of Volcanic Activity on Airports Marianne Guffanti, USGS, Reston, VA, USA; and Gari Mayberry, Rick Wunderman, Thomas J. Casadevall |
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5.3 | An Air Traffic
Controller Perspective on Volcanic Ash: How to Deal with It! Richard Hernandez, FAA San Juan Automated International Flight Service Station, San Juan, Puerto Rico, USA |
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5.4 | The New Zealand
Volcanic Ash Advisory System Peter Lechner, Civil Aviation Authority of New Zealand, Wellington, NZ |
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5.5 | Prevention
of Volcanic Ash Encounters in the Proximity Area Between Active Volcanoes
and Heavy Air Traffic Routes Saburo Onodera, Flight Crew Training Department, Japan Airlines, Tokyo, Japan |
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5.6 | A Program
for Research and Systems Integration to Help Mitigate the Volcanic Ash Hazard
to Aviation Tenny A. Lindholm, National Center for Atmospheric Research (NCAR), Boulder, CO, USA |
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5.7 | Explosive
Volcanic Eruptions Across the Heavily Traveled North Pacific Air Routes:
Frequency, Duration, and Impact on Aviation Thomas P. Miller, USGS, AVO, Anchorage, AK, USA |
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5.8 | Monitoring
and Reporting of Kamchatkan and North Kurile Islands Volcanic Eruptions Evgenii Gordeev, Institute of Volcanology and Seismology FED RAS, Russia; Sergei Senjukov and Olga A.Girina
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Closing Session | |||
ICAO’s Commitment to Mitigating Volcanic Ash Hazard
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Conference Highlights
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Building on Our Successes in Aviation Safety for the Next Decade
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Closing Remarks
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