|Hans (Wilhelm) Stille|
October 8, 1876|
|Died||December 26, 1966
|Institutions||University of Göttingen
Humboldt University of Berlin
|Academic advisors||Adolf von Koenen|
Early life and education
After graduation he served with the royal Prussian geological institute, making photographic surveys. His work would influence his future career, as he focused on tectonics.
Hans Stille served as professor of geology at the University of Göttingen. Working from the University of Göttingen and, later, the University of Berlin, Stille brought together a table of around 50 geosynchronous orogenic phases that occurred during the Phanerozoic Eon. In the framework developed by Stille, these phases occurred as small pulses during which a portion of the Earth's crust was stabilised, and the continents were enlarged. In 1924 he suggested a tectonic model for the continents that postulated alternating periods of orogenic (mountain building) and epeirogenic (no mountain building) episodes.
Further work studying internal details of the crust led Stille to expand the geosyncline concept. This useful synthesis of geological theory persisted until the mid-20th century, but was ultimately supplanted by plate tectonics. As well as providing a better explanation of tectonic events, this also undermined Stille's notion of globally correlated phases of orogeny. Notably, seafloor spreading, the mechanism driving what Stille had come to call geosyncline cycles, was only established as such in the year of his death.
In 1933 he would shortern Leopold Kober's concept of kratogen, that was used to describe those portions of the continental crust that were old and stable, into kraton (English: craton). The Geotectonic Research journal was founded in 1937 by Hans Stille and Franz Lotze.
Awards and honours
- Hancock, Paul L.; Skinner, Brian J.; Dineley, David L. (2000), The Oxford Companion to The Earth, Oxford University Press, ISBN 0-19-854039-6
- Şengör, A.M.C. (2003). The Large-wavelength Deformations of the Lithosphere: Materials for a history of the evolution of though from the earliest times toi plate tectonics. Geological Society of America memoir. 196. p. 331.
- Short Biography (German)
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