![]() Don also served as lead geologist for the USGS Cascades Volcano Observatory in Vancouver, Washington, where he played a critical role in the monitoring and documentation of the cataclysmic eruption of Mount St. mainland, Don mapped and studied the Columbia River basalt, a huge lava field that erupted from 17 to 6 million years ago and inundated much of eastern Washington and parts of Oregon and Idaho. Swanson’s publication record is outstanding and his work has significantly directed volcanic hazards policy.”ĭon’s career as a USGS volcanologist spans more than 50 years, 6 states, and 4 countries. Swanson combines both strong disciplinary impact in igneous processes and volcanic hazards with unusually passionate public outreach.” It goes on to say, “field-based researchers rarely achieve the same impact in the literature as their academic counterparts, yet Dr. ![]() The GSA award citation states, in part, that “as a field-focused geologist, Dr. This annual GSA award goes to an individual who has made distinguished contributions, with emphasis on multidisciplinary and field-based approaches, in one or more geologic fields of research throughout his/her career. This annual award honors a USGS scientist who has created excitement and enthusiasm for science among non-scientists and recognizes the recipient’s lifetime contributions to science through effective communication skills.ĭuring the Geological Society of America Annual Meeting in September 2016, Don will receive the GSA Mineralogy, Geochemistry, Petrology, and Volcanology Division’s Distinguished Geologic Career Award. ![]() Geological Survey’s Shoemaker Award for Lifetime Achievement in Communications. USGS Hawaiian Volcano Observatory geologist Don Swanson was recently named as the recipient of two prestigious awards. Swanson is the recipient of two prestigious awards honoring his career as a research volcanologist and science communicator. During a 2015 field trip with Franklin and Marshall College students, Don Swanson, a geologist at the USGS Hawaiian Volcano Observatory, demonstrates that reticulite (frothy basalt, less dense than pumice, explosively erupted in lava fountains) sinks, rather than floats, in water due to its high permeability.
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