Santiaguito dome / Shiveluch dome / SVL station / Science Teaching Institute / University of Pittsburgh / University Drive / University of Northern Colorado / Russian Institute of Volcanology / Alaska Volcano Observatory / Mount St. Helens dome / /
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surface emissivity data products / web camera observations / frequent satellite data coverage / ground-based thermal imaging / emitted energy / gas clouds / urgent request protocol / higher-spatial-resolution / nighttime satellite overpasses / important tool / Routine satellite-based monitoring / satellite analyses / energy / nadir imaging / satellite instruments / satellite data / sensor-web concept / quantitative tool / satellite-based technique / large eolian systems / Satellite sensors / radiant energy / infrared imaging / satellite observations / gas emissions / spaced satellite overpasses / web camera / ash-and-gas plumes / ground-based thermal imaging cameras / regular satellite observations / energy emitted/reflected / /
Russian Institute of Volcanology and Seismology / ASTER URP / Geological Society of America / Geological Society of America Bulletin / University of Pittsburgh / Department of Geology and Planetary Science / NASA Land Processes Distributed Active Archive Center / University of Northern Colorado / National Aeronautics and Space Administration / General Services Administration / Earth Sciences Department / Mathematics and Science Teaching Institute / /
Surface textures and dynamics of the 2005 lava dome at Shiveluch volcano, Kamchatka Michael S. Ramsey1,†, Rick L. Wessels2, and Steven W. Anderson3 1 Department of Geology and Planetary Science, University of Pittsbu