His discovery was linked to a previous discovery by George Williams, also of the University of Adelaide, that the Acraman crater in Lake Acraman was due to the impact of a superbolide (exceptionally large meteor). After Gostin learned about this, he, Williams, Peter Haines and other colleagues of the University of Adelaide studied the materials in both places and found that they were similar in lithology and fracturing, showing that the ejecta in the Flinders Ranges came from the Lake Acraman site.[4] This collaborative study was announced by them on 9 July 1985 during the Adelaide Geosyncline Informal Research Symposium in the Department of Geology and Geophysics, University of Adelaide. Gostin remarked that his discovery "was the first known occurrence of far-flung ejected blocks of impact origin that have been preserved on earth."[5]
Named in honour of Victor A. Gostin, geologist on the faculty of the University of Adelaide, South Australia. A specialist in sedimentology and stratigraphy, Gostin discovered in the Flinders Ranges of South Australia a deposit of shocked debris ejected from the Lake Acraman impact structure about 300 km to the west. His careful studies of this ancient deposit have provided the first detailed picture of the distant ejecta from a known large terrestrial impact crater.
^Gostin, V., "Cosmic Impacts," in M. Walter (editor), To Mars and Beyond: Search for the Origins of Life. Art Exhibition Australia Ltd., and National Museum of Australia, 2001.