Professor Kristin T. Huysken
- Magma tic evolution of silicic systems
- Rates of magma tic processes
- Age and Volcanic history of the Southwest Nevada Volcanic Field
1200 km3 ash-flow sheet
underlying tephra sequence, SW Nevada
Very large lithic fragment entrained
in a mass flow unit, SW Nevada
Stratified pumice and ashfall deposits, SW Nevada
Ash-flow eruptions provide us with instantaneous samples of the magma bodies from which they erupt. In southwestern Nevada, Late Cenozoic eruptions produced a series of very large volume (up to 1200 km3), chemically zoned, ash-flow sheets associated with Basin and Range extension. Many of these voluminous magmas shared the same plumbing system, forming nested calderas upon eruption. Recent effort has focused on determining the relationship among these magmas, however, questions as to the origin and evolution of these magmas still persist.
Current Research Interests:
- Huysken, K.T., T.A. Vogel, and P.W. Layer, 1994, Incremental growth of a large volume, chemically zoned magma body: A study of the Tephra Sequence beneath the Rainier Mesa Ash-flow Sheet of the Timber Mountain Tuff, Bull. Volc., v.56, p. 377-385.
- Huysken, K.T., R. Wicander, and F.R. Ettensohn, 1992, Palynology and biostratigraphy of selected Middle and Upper Devonian Black-shale sections in Kentucky, Michigan Academician, v. 24, p. 355-368.
- Matty, D.J., K.T. Huysken, S.D. Stahl, and A. Heft, 1991, Development of the Peavy Pond Complex, Iron County, Michigan. Geology of Michigan and its Geological Resources Symposium II, Michigan Department of Natural Resources/ Geological Survey Division, p.12-14.
- Matty, D.J., S.D. Stahl, A. Heft, and K.T. Huysken, 1990, Petrologic and geochemical evolution of the Peavy Pond Complex, Iron County, Michigan, Institute on Lake Superior Geology Proceedings, v. 36, p. 40-42.