N |
LAST NAME |
FIRST NAME |
INSTITUTION |
TITLE |
COUNTRY |
| 302 |
ALATORRE |
MIGUEL ANGEL |
INSTITUTO DE GEOFÍSICA, UNAM |
EXPERIMENTAL DETERMINATION OF DRAG COEFFICIENT FOR VOLCANIC MATERIALS: CALIBRATION AND APPLICATION OF A MODEL TO POPOCATÉPETL VOLCANO (MEXICO) BALLISTIC PROJECTILES |
MEXICO |
| 270 |
ANDRONICO |
DANIELE |
ISTITUTO NAZIONALE DI GEOFISICA E VULCANOLOGIA |
THE CARTOGRAPHIC AND EDITING LABORATORY OF THE INGV-CATANIA SECTION |
ITALY |
| 288 |
BARRIENTOS REYNA |
ALEJANDRO FRANCISCO |
INEGI |
CARTOGRAFÍA DIGITAL DE VOLCANES EN MÉXICO |
MEXICO |
| 306 |
BURKETT |
BRETT |
UNIVERSITY AT BUFFALO, BUFFALO, NY, USA |
EVALUATING THE UPDATED TITAN2D MASS-FLOW MODEL: THE NOVEMBER 3, 2002 LITHIC-RICH PYROCLASTIC FLOWS AT EL REVENTADOR |
UNITED STATES |
| 319 |
CASTRO |
JOSE |
INSTITUTO TECNOLOGICO DE COSTA RICA |
HAZARD ESTIMATION USING BEOWULF CLUSTER SIMULATIONS OF TEPHRA FALLOUT AND LAHARS IN IRAZÚ VOLCANO, COSTA RICA |
COSTA RICA |
| 482 |
CERVELLI |
DANIEL |
STANFORD UNIVERSITY |
AN INTEGRATED SUITE OF VOLCANO MONITORING DATA MANAGEMENT AND VISUALIZATION SOFTWARE |
UNITED STATES |
| 77 |
CONNOR |
CHARLES |
UNIVERSITY OF SOUTH FLORIDA |
INVERSION IS THE SOLUTION TO DISPERSION: MODELING TEPHRA FALLOUT |
UNITED STATES |
| 250 |
CORDOBA |
GUSTAVO |
UNIVERSITY OF BRISTOL. UNIVERSIDAD DE NARINNO |
A NEW CONTINUUM APPROACH FOR THE PYROCLASTIC FLOW DEPOSIT |
COLOMBIA |
| 59 |
COSTA |
ANTONIO |
DEPT. OF EARTH SCIENCES, UNIVERSITY OF BRISTOL |
FORMULATION AND VALIDATION OF FALL3D-P: A PARALLEL COMPUTATIONAL MODEL FOR VOLCANIC ASH TRANSPORT |
UNITED KINGDOM |
| 97 |
DAURIA |
LUCA |
ISTITUTO NAZIONALE DI GEOFISICA E VULCANOLOGIA |
LATTICE BOLTZMANN METHOD: A NEW TOOL FOR MODELING OF VOLCANIC PROCESSES |
ITALY |
| 137 |
DEAN |
KEN |
AVO, GEOPHYSICAL INSTITUTE, UNIV. OF AK. |
DEVELOPMENT AND IMPLEMENTATION OF A VOLCANO STATELLITE-MONITORING DATABASE SYSTEM |
UNITED STATES |
| 397 |
DELGADO GRANADOS |
HUGO |
INSTITUTO DE GEOFISICA.UNAM.MX |
HAZARDS MAP OF CONCEPCIÓN VOLCANO (NICARAGUA) |
MEXICO |
| 424 |
DIAZ-CASTELLON |
RODOLFO |
CENTRO DE GEOCIENCIAS. UNAM |
NUMERIC SIMULATION OF HAZARD MAPPING OF DEBRIS AVALANCHES FOR NON VOLCANIC ACTIVITY ASSOCIATED FLANK COLLAPSES. CASE OF STUDY: COFRE DE PEROTE, (MEXICO). |
MEXICO |
| 91 |
DIEZ |
MIKEL |
UNIVERSITY OF SOUTH FLORIDA |
SOLUTION AND PARAMETRIC STUDY OF A COMBINED CONDUIT AND ERUPTION COLUMN MODEL |
UNITED STATES |
| 122 |
ERSOY |
ORKUN |
HACETTEPE UNIVERSITY |
CLUSTERING OF VOLCANIC ASHES FROM DIFFERENT FRAGMENTATION MECHANISMS |
TURKEY |
| 515 |
FALORNI |
GIACOMO |
EARTH SCIENCES DEPT., UNIVERSITY OF FLORENCE |
SIMULATING LAHARS AT COTOPAXI VOLCANO: A COMPARISON OF MODELS |
ITALY |
| 247 |
FRIEDEL |
SVEN |
ETH ZURICH, FEMLAB GMBH |
COUPLED SIMULATION OF FLUID FLOW AND ASSOCIATED ELECTRIC AND MAGNETIC FIELDS INSIDE VOLCANOES |
SWITZERLAND |
| 256 |
GERTISSER |
RALF |
KEELE UNIVERSITY |
COMPARISON OF FIELD OBSERVATIONS AND SIMULATIONS OF PYROCLASTIC FLOWS AT MERAPI VOLCANO, CENTRAL JAVA, INDONESIA |
UNITED KINGDOM |
| 296 |
HAYES |
SARA |
UNIVERSITY OF PLYMOUTH |
INTEGRATING HAZARD AND SOCIAL VULNERABILITY ANALYSIS IN VOLCANIC RISK ASSESSMENTS |
UNITED KINGDOM |
| 386 |
HINCKS |
THEA |
UNIVERSITY OF BRISTOL |
BAYESIAN BELIEF NETWORKS FOR VOLCANO HAZARD FORECASTING AND DECISION SUPPORT |
UNITED KINGDOM |
| 105 |
ISHIMINE |
YASUHIRO |
NIED |
THREE-DIMENSIONAL NUMERICAL SIMULATIONS OF A PYROCLASTIC SURGE |
JAPAN |
| 488 |
JAYA |
DIEGO |
EPN |
A STABILITY ANALYSIS OF TUNGURAHUA VOLCANO (ECUADOR) PRIOR TO ITS 3,000 YRS BP FLANK FAILURE: IMPLICATION FOR HAZARD ASSESSMENT |
ECUADOR |
| 83 |
JENKINS |
SUSANNA |
RISK FRONTIERS, MACQUARIE UNIVERSITY |
THE IMPACT OF MULTI-PHASE VOLCANIC ERUPTIONS: A FRAMEWORK FOR PROBABILISTIC MODELLING OF RISK |
UNITED KINGDOM |
| 75 |
KAYE |
GRANT |
UNIVERSITY OF CANTERBURY |
PROXIMAL VOLCANIC RISK ASSESSMENT FOR THE ROTORUA DISTRICT, NEW ZEALAND – A PROTOTYPE FOR THE REGIONAL RISKSCAPE PROGRAM |
NEW ZEALAND |
| 15 |
KELFOUN |
KARIM |
LABORATOIRE MAGMAS ET VOLCANS |
STRUCTURES AND DYNAMICS OF THE SOCOMPA ROCK AVALANCHE, CHILE : IMPLICATIONS FOR GEOPHYSICAL FLOW SIMULATIONS. |
FRANCE |
| 303 |
KOBS |
SHANNON |
STATE UNIVERSITY OF NEW YORK AT BUFFALO |
SIMULATION OF VOLCANIC ERUPTIONS: VALIDATION OF ATHAM |
UNITED STATES |
| 155 |
LONDOÑO |
JOHN MAKARIO |
MANIZALES UNIVERSITY |
DEVELOPING OF A GIS FOR HELPING IN THE EVALUATION OF VOLCANIC ACTIVITY AT NEVADO DEL RUIZ VOLCANO, COLOMBIA. |
COLOMBIA |
| 379 |
LONGO |
ANTONELLA |
ISTITUTO NAZIONALE DI GEOFISICA E VULCANOLOGIA |
VARIATIONS IN THE STRESS AND GRAVITY FIELDS ASSOCIATED WITH CONVECTION IN REPLENISHED MAGMA CHAMBERS |
ITALY |
| 318 |
MALAVASSI |
EDUARDO |
OVSICORI |
TITAN2D MODELS OF ARENAL PYROCLASTIC FLOWS |
COSTA RICA |
| 505 |
MALDONADO |
ORLANDO |
EPN |
DATAMART OF VOLCANOLOGY FOR THE INSTITUTO GEOFISICO OF THE ESCUELA POLITECNICA NACIONAL |
ECUADOR |
| 242 |
MARTELLI |
KIM |
MASSEY UNIVERSITY, PALMERSON NORTH, NEW ZEALAND |
COMPUTER MODELLING THE PYROCLASTIC FLOW HAZARDS OF MOUNT NGAURUHOE, TONGARIRO VOLCANIC COMPLEX, NEW ZEALAND |
NEW ZEALAND |
| 27 |
MARZOCCHI |
WARNER |
INGV - ITALY |
BET-VH: A PROBABILISTIC TOOL FOR LONG- AND SHORT-TERM VOLCANIC HAZARD ASSESSMENT |
ITALY |
| 454 |
MORRISSEY |
MEGHAN |
COLORADO SCHOOL OF MINES |
SPATIAL AND TEMPORAL EVOLUTION OF RAIN-INDUCED LAHAR INITIATION |
UNITED STATES |
| 422 |
NAMIKAWA |
LAERCIO |
UNIVERSITY AT BUFFALO |
INTEGRATION OF GEOPHYSICAL MASS FLOW MODEL AND GIS FROM GEOGRAPHIC INFORMATION SCIENCE (GISCIENCE) PERSPECTIVE |
UNITED STATES |
| 429 |
NERI |
AUGUSTO |
INGV PISA |
ADVANCED GRAPHICS FOR THE VISUALIZATION OF 3D SIMULATIONS OF EXPLOSIVE ERUPTIONS: A NEW TOOL TO EXPRESS AND COMMUNICATE THE VOLCANIC RISK |
ITALY |
| 428 |
NERI |
AUGUSTO |
INGV PISA |
A NEW HIGH-PERFORMANCE 3D MULTIPHASE FLOW CODE FOR THE SIMULATION OF COLLAPSING COLUMNS AND VOLCANIC BLASTS |
ITALY |
| 275 |
ORAMAS DORTA |
DELIOMA |
COVENTRY UNIVERSITY |
TOPOGRAPHIC CHANGES AT ARENAL VOLCANO (COSTA RICA): GIS, DEM UNCERTAINTY AND POSSIBLE HAZARD IMPLICATIONS |
UNITED KINGDOM |
| 420 |
PALMA |
JOSE LUIS |
THE OPEN UNIVERSITY |
A PRACTICAL PERSPECTIVE TO MODEL VOLCANIC GRANULAR FLOWS |
CHILE |
| 312 |
PETERSON |
RORIK |
UNIV. ALASKA, FAIRBANKS |
NEW DISPERSION-MODEL ENSEMBLE TECHNIQUES FOR IMPROVED ASH HAZARD FORECASTS |
UNITED STATES |
| 388 |
PROCTER |
JONATHAN |
MASSEY UNIVERSITY |
UTILISING TITAN 2D TO FORECAST DOME-COLLAPSE BLOCK-AND-ASH FLOW (BAFS) HAZARDS FROM MOUNT TARANAKI |
NEW ZEALAND |
| 503 |
RIVERA |
MARCO |
DIRECCIÓN NACIONAL DE DEFENSA CIVIL |
REAL TIME HAZARD MAP IN COTOPAXI VOLCANO |
ECUADOR |
| 458 |
ROCHE |
OLIVIER |
IRD |
DAM-BREAK EXPERIMENTS ON WATER AND GAS-FLUIDIZED GRANULAR FLOWS AND THEIR IMPLICATIONS FOR PYROCLASTIC FLOW MODELING |
FRANCE |
| 464 |
RONGO |
ROCCO |
UNIVERSITY OF CALABRIA |
A COMPUTATIONAL METHOD FOR MODELLING AND SIMULATING LAVA FLOWS AND PYROCLASTIC FLOWS BY CELLULAR AUTOMATA |
ITALY |
| 495 |
SAMANIEGO EGUIGUREN |
PABLO |
INSTITUTO GEOFISICO - EPN |
LAHAR HAZARD ASSESSMENT AT NEVADO CAYAMBE VOLCANO (ECUADOR) |
ECUADOR |
| 327 |
SCHILLING |
STEVE |
US GEOLOGICAL SURVEY |
LAHARZ: A STATISTICALLY-BASED APPROACH TO FORECASTING INUNDATION BY LAHARS |
UNITED STATES |
| 128 |
SELVA |
JACOPO |
INGV |
STRESS STATE IN VOLCANIC AREAS DUE TO MAGMATIC INTRUSIONS IN THE PRESENCE OF FLUIDS |
ITALY |
| 489 |
SHERIDAN |
MICHAEL |
UNIVERSITY AT BUFFALO |
THE TITAN PROJECT: COMPUTATIONAL MODELING OF GRANULAR AND WET MASS FLOWS FOR VOLCANIC HAZARDS APPLICATIONS |
UNITED STATES |
| 107 |
SIEBERT |
LEE |
SMITHSONIAN INSTITUTION |
VOLCANOES OF CENTRAL AMERICA: AN INTERACTIVE CD-ROM FROM THE SMITHSONIAN INSTITUTION’S GLOBAL VOLCANISM PROGRAM |
UNITED STATES |
| 11 |
STINTON |
ADAM |
UNIVERSITY AT BUFFALO |
EFFECTS OF VALLEY GEOMORPHOLOGY ON PYROCLASTIC FLOW HAZARDS: THE VAZCÚN VALLEY AND THE CITY OF BAÑOS, ECUADOR. |
UNITED STATES |
| 492 |
VALENCIA |
VINICIO |
ESCUELA POLITECNICA NACIONAL (INSTITUTO GEOFISICO) |
THREE-DIMENSIONAL MODEL OF THE GEOLOGICAL HISTORY OF COTOPAXI VOLCANO |
ECUADOR |
| 29 |
VICARI |
ANNAMARIA |
ISTITUTO NAZIONALE DI GEOFISICA E VULCANOLOGIA-CT |
SIMULATIONS OF LAVA FLOWS AT ETNA VOLCANO USING CA AND SPH MODELS |
ITALY |
| 484 |
VOIGHT |
BARRY |
PENN STATE UNIVERSITY |
MODELLING PYROCLASTIC FLOWS WITH TITAN2D |
UNITED STATES |
