Title :
Visualization of volcanic ash clouds
Author :
Roth, Mitchell ; Guritz, Rick
Author_Institution :
Arctic Region Supercomput. Center, Alaska Univ., Fairbanks, AK, USA
fDate :
7/1/1995 12:00:00 AM
Abstract :
Ash clouds from a volcanic eruption-invisible to radar and nearly indistinguishable from weather clouds-pose a serious hazard to aviation safety. This article describes a system developed by the Alaska Volcano Observatory and the Arctic Region Supercomputing Center for predicting and visualizing the movement of ash clouds. Using meteorological and geophysical data from volcanic eruptions, a supercomputer model provides predictions of ash cloud movements for up to 72 hours. The AVS (Ash-cloud Visualization System) controls the execution of the ash cloud model and displays the model output in 3D form, showing the location of the ash cloud over a digital terrain model
Keywords :
air pollution; atmospheric movements; clouds; data visualisation; dust; geophysics computing; safety; volcanology; 3D model output display; Alaska Volcano Observatory; Arctic Region Supercomputing Center; ash cloud movement predictions; ash-cloud visualization system; aviation safety; digital terrain model; geophysical data; meteorological data; supercomputer model; volcanic ash clouds; volcanic eruptions; Arctic; Clouds; Data visualization; Hazards; Meteorological radar; Observatories; Safety; Volcanic ash; Volcanoes; Weather forecasting;
Journal_Title :
Computer Graphics and Applications, IEEE