Links to abstracts: Oral presentations - Posters
LIST OF PRESENTATIONS
(Click on the presentation no. to open)
MONDAY 19 OCTOBER 2015
NO.
AUTHOR
TITLE
OVERVIEW OF THE HAZARD
P-01
Andrew Tupper, Australian Bureau of Meteorology
Case studies that illustrate the hazard
P-02
Thomas Casadevall, U.S. Geological Survey (emeritus)
A history of ash avoidance
P-03
Matthew Hort, U.K. Met. Office
How the Eyjafjallajökull crisis influenced developments in volcanic ash
AVIATION PERSPECTIVE
P-04
Rory Clarkson, Rolls Royce
An Engineer's View
P-05
Thomas Fahey, Delta Airlines
An Airline’s view
P-06
Graham Rennie, Qantas Airlines
An operator’s view
P-07
Mike Stills, United Airlines
Flight Dispatch
VAAC PERSPECTIVE
P-08
Dov Bensimon (Montreal VAAC), Donald Moore (Anchorage VAAC)
VAAC collaboration activities including the development of a common web site
P-09
Eleanor Crompton (London VAAC), Philippe Husson (Toulouse VAAC)
Volcanic Ash Advisories: how the VAACs use the ‘Discernable Ash’ definition to draw their lines now and in the future
P-10
Adele Bear-Crozier (Melbourne VAAC), Paula Acethorpe (Wellington VAAC)
Volcanic Ash Advisories: How to introduce the confidence assessments
P-11
Yohko Igarashi (Tokyo VAAC), Jamie Kibler (Washington VAAC)
VAAC challenges and opportunities: monitoring volcanic ash with the next generation of satellite platforms
P-12
Miriam Andrioli (Buenos Aires VAAC)
Future priorities and plans for the VAAC best practice
P-13
Ian Lisk (WMO CAeM)
WMO VAAC Best Practice Workshop Outcomes, May 5-9 2015
TUESDAY 20 OCTOBER 2015
NO.
AUTHOR
TITLE
BRINGING RESEARCH TO OPS IN THE MODELIG REALM
P-14
Matthew Hort, UK Met Office
Modeling innovations at the VAAC
P-15
Barbara Stunder, U.S. NOAA Air Resources Laboratory
HYSPLIT volcanic ash dispersion modeling R&D, NOAA NWS NCEP operations, and transfer to operations
P-16
Sara Barsotti, Icelandic Met. Office
Dispersion modeling and science into operations at the Icelandic Met. Office
P-17
Arnau Folch, Barcelona Supercomputing Centre
Innovations in dispersion modeling using Fall3d and operations at the Buenos Aires VAAC
P-18
Dov Bensimon, Met. Service of Canada (Montreal VAAC)
Research and development advances at Montréal VAAC since the 2010 Eyjafjallajökull eruption: remote sensing, transport and dispersion modelling, statistical validation and meteorological data
P-19
Hans Schwaiger, U.S. Geological Survey, Alaska Volcano Observatory
Operational use of numerical dispersion-fallout models at the USGS
P-20
Meelis Zikikheri, Australian Bureau of Meteorology
Use of inverse and ensemble modeling techniques for improved volcanic ash forecasts
P-21
Yujiro Suzuki, Earthquake Research Institute, Tokyo
Intercomparison of volcanic eruption column models
P-22
Nina I. Kristiansen, A.J. Prata, A. Stohl, and S.A. Carn
Stratospheric volcanic ash emissions from the 13 February 2014 Kelut eruption
WEDNESDAY 21 OCTOBER 2015
NO.
AUTHOR
TITLE
RESEARCH TO OPS FOR REMOTE SENSING AND IN SITU SAMPLING
P-23
Mike Pavolonis, U.S. NOAA National Environmental Satellite, Data, and Information Service
The WMO Satellite-derived Volcanic Ash Intercomparison Activity - Capabilities and Challenges for Operational Applications
P-24
Kenneth Holmlund, EUMETSAT
Volcanic ash remote sensing products at EUMETSAT for Near Real-time Applications - Present and Future Outlook
P-25
Pete Francis, U.K. Met. Office
Volcanic cloud remote sensing products at the Met Office for Near Real-time Applications - Present and Future Outlook
P-26
Dirk Engelbart, German Federal Ministry of Transport and Digital Infrastructure
Added value to VAAC guidance by secondary observations and simulations in Germany
P-27
Yuta Hayashi, Japanese Meteorological Agency
Introduction to Himawari-8 and its Application to Volcanic Cloud Monitoring
P-28
Estella Collini, Servicio de Hidrografia Naval, Argentina
Satellite images uncertainty: eruption or resuspension? The importance of the multidisciplinary approach. The case of June 13th, 2015 Ojos del Salado false volcanic eruption
P-29
Simon Carn, Michigan Technological University
Nadir and limb UV-visible satellite observations of volcanic clouds
P-30
Mike Fromm, Naval Research Laboratory
Volcanic ash detection with lidar: Minimizing false positives and false negatives
P-31
Panel members: Pete Francis, Kenneth Holmlund, Don Moore, Mike Pavolonis, Dave Schneider
Panel discussion: “What are the most promising research tools to move into operations in satellite remote sensing”
P-32
Grace Hall
Virtual Tour of Anchorage VAAC (virtual), Alaska Volcano Observatory
THURSDAY 22 OCTOBER 2015
NO.
AUTHOR
TITLE
ENGINE TESTING AND ENCOUNTERS
P-33
John Lekki, NASA Glenn Research Center
Experiment to test low concentration volcanic-ash ingestion by a jet-engine
P-34
Ulrich Kueppers, Ludwig Maximillians University, Munich
Volcanic ash: just another solid matter in the atmosphere?
P-35
Carsten Christmann, German Aerospace Center (DLR)
Recent encounters of aircraft with volcanic ash clouds
P-36
Graham Rennie, Qantas, Australia
An operator’s view to obtaining a realistic understanding of the volcanic ash hazard and some of the challenges in using an evidence based risk approach
NEW METHODS OF DETECTING AND MEASURING ERUPTIONS
P-37
Carsten Christmann, German Aerospace Center (DLR)
Impact of Ash Clouds on Military Operations
P-38
Sigrún Karlsdottir, Icelandic Met. Office
Monitoring volcanoes in Iceland: improvements over the past three to four years
P-39
David Fee, University of Alaska, Fairbanks
Recent progress and future opportunities in volcano monitoring using infrasound
P-40
Pierrick Mialle, Comprehensive Test-Ban Treaty Organization (CTBTO)
Towards a volcanic notification system with infrasound data
P-41
Matt Haney, USGS Alaska Volcano Observatory
Estimating plumes from seismic data: what we can and cannot do
P-42
David Schneider, USGS, Alaska Volcano Observatory
Rapid eruption detection and volcanic ash cloud characterization using weather radar: current capabilities and limitations
P-43
Mike Pavolonis, U.S. NOAA National Environmental Satellite, Data, and Information Service
Potential Impacts and Challenges of Meteorological Satellites
P-44
Alvaro Amigo, Servicio Nacional de Geología y Minería (SERNAGEOMIN), Chile
The April 2015 eruption of Calbuco volcano, southern Chile
P-45
Panel Members: David Schneider, Sigrún Karlsdottir, Alvaro Amigo, Stefano Corradini
Panel discussion: “What are the most cost-effective new methods of detecting and measuring eruptions in volcano observatory response?”
FRIDAY 23 OCTOBER 2015
NO.
AUTHOR
TITLE
BREAKOUT SESSIONS
Session 1
-
Hazards & Testing breakout summary
Session 2
-
Modeling breakout summary
Session 3
-
Monitoring breakout summary
Session 4
-
Remote sensing breakout summary
POSTERS
(Click on the author's name to open)
AUTHOR
TITLE
Stefano Corradini et al.
A multi-sensor approach for volcanic ash, SO2 and ice retrievals and eruption characterization
Alice Crawford et al.
Using satellite based volcanic ash products to improve HYSPLIT transport and dispersion model predictions
Cory Davis et al.
A New Dispersion Modelling System at Wellington VAAC
Mattia de’Michieli Vitturi et al.
Investigating the influence of grain-size distribution and its uncertainty on ash dispersal modelling
Roger P. Denlinger et al.
Efficient Forecasting of Volcanic Ash Clouds
Ebus-Nunes-Christmann
Design of a test bench for the investigation of the effect of volcanic ash on aircraft systems
S. Engwell et al.
Insights from distal ash fall on grainsize of volcanic ash in the atmosphere
Olga Girina et al.
Operative remote sensing monitoring of Kamchatkan volcanoes using the information system VolSatView
Kaspar Graf et al.
Detection of volcanic ash clouds in MSG-SEVIRI IR data based on a neural network approach and comparison with in situ measurement data of DLR-FALCON
Kristine M. Larson et al.
Using GPS signal strength data to detect characteristics of volcanic plumes
Luca Merucci et al.
Stereoscopic estimation of volcanic ash cloud-top height from two geostationary satellites
Solène Pouget et al.
An algorithm for automated cloud pattern recognition and mass eruption rate estimation from umbrella cloud or downwind plume observed via satellite imagery
Benoit Taisne et al.
Remote infrasound in SE-Asia: A case study of the 2014 Kelud eruption
and minimum detection threshold through space and time
Kristi Wallace et al.
Study of resuspended volcanic ash from the Katmai region to Kodiak Island
Peter Webley et al.
Probabilistic volcanic ash cloud simulations: characterizing the uncertainty and moving into the operational environment
