You are here: Home / Faculty and Staff / Dr. Jennifer Wenner

Dr. Jennifer Wenner

Summary of Faculty member

 

Photo of Jen Wenner 

Fall 2017 Course Schedule

MondayTuesdayWednesdayThursdayFriday

8:00 AM

 





9:10 AM

10:20 AM
11:30 AM
12:40 PM
1:50 PM
3:00 PM
4:10 PM
5:20 PM

EDUCATION :

  • 2001: Ph.D., Geology, Boston University. Dissertation: Testing the viability and significance of magma mixing in continental arcs using the Sierra Nevada batholith, California, as an example.
  • 1992: B. A. Geology, Carleton College, Thesis: The Vourinos Complex as an Island Arc Accretion: Questioning the long held belief that ophiolite sequences were all formed at mid-ocean ridges.
  • 1990: Study abroad program, Université de Pau, Pau, France.

 
RESEARCH PROJECTS:



Primitive (and evolved) basalts of the Poison Lake chain, southern Cascades:  Geochemical investigations of dozens of contemporaneous mantle-derived basalts erupted in a small area of the southern Cascades to determine the heterogeneity of the mantle beneath arcs.  Includes mapping, field work, major, trace- element and isotope (Sr, Nd, Pb, Os and Hf) geochemistry, electron microprobe studies of minerals and modeling of magma derivation and evolution.  Ideal for student research projects focused on one or more eruptions or relationships among eruptions.  Funded by National Science Foundation, UW Oshkosh and student grants from Sigma Xi, Geological Society of America, the Geology Department among others.  Students who are interested in pursuing a research project should  


STUDENT RESEARCHERS:  

  • 2014-present:  Jen McLeod, Models of magma evolution in the evolved basalts of the Poison Lake Chain:  an electron microprobe study of zoning in plagioclase. 
  • 2013-15:  Samantha Anderson, Detailed study of a stack of 10 overflows in Unit 5 of the basalts of Bogard Buttes:  Homogeneous magma compositions revealed in whole rock and mineral chemistry  
                                    
  • 2015-16:  Anna Sweeney, Isotope analyses of primitive basalts of Poison Butte.
  • 2014-16:  Jenny Lemke, Isotope analyses and comparison of the basalts of Cone Lake Road and Stephens Campground.
  • 2012-2015:  Quin Lenz, Olivine-Hosted Spinels Reveal Small-Scale Mantle Heterogeneities Beneath The Lassen Segment, Southern Cascades
  • 2011-2014:  Matthew Hiebing, Intraflow variations in the evolved basalts of the Poison Lake chain, Lassen region, CA.
  • 2011-2013:  Krista Kroeninger, Mineral chemistry of primitive basalts of the Poison Lake Chain:  Electron microprobe study of olivine and plagioclase
  • 2011-2012:  Candice Albanese, Natalie Murray, Ashley Kowalewski:  Geochemical and petrologic investigations of primitive basalt
  • 2010-2011:  Nicole Duhamel, Crustal processes in primitive basalts
Magma mixing and the generation of continental crust in continental arcs:  Geochemical studies of plutonic (Sierra Nevada) and volcanic (Cascades) rocks in continental arcs to determine the processes that generate intermediate rock types that make up continental crust. Involves field work, mapping, major-, trace-element and isotopic studies of all rock types exposed in arcs.
 


                                                 

  • 2007-2008:  Rachelle Kernen, Dynamic magma chamber processes reflected in trace-element data from the May 1915 eruption of Lassen Peak, California
  • 2006: Kevin Stack, Magma mixing textures in diorites from the Sierra Nevada 
  • 2005:  Michael Tappa, U-Pb geochronology of high-silica granites in the Sierra Nevada: the role of ancient crust in the growth of continents
  • 2003-2005: Jackie Marshall, Volcanic viscera:  Using oxygen isotopes in zircon to understand continental crust formation,
  • 2003-2005:  Chris White and Leann Giese, Field and petrographic study of volcanic rocks exposed in the Central Sierra Nevada
  • 2001-2003:  Mindy Lloyd, Field and petrographic study of magma mixing in the Sierra Nevada batholith

PUBLICATIONS:  

  • Wenner, J. M. and Coleman, D. S., 2004, Magma mixing and Cretaceous crustal growth:  geology and geochemistry of granites in the central Sierra Nevada batholith, California:  International Geology Review, v. 46, p. 880-903.  

                                          

The Math You Need, When You Need It:
 Educational study of web-based resources to help students learn the mathematics needed to succeed in introductory geoscience courses. Included organizing six workshops, training approximately 85 instructors in best practices, and managing implementations at approximately 40 institutions.  
  • Wenner, J. M., Baer, E.M.D., and Burn, H., 2013, Discipline-Based Remediation:  Bridging the Mathematics Gap, Eos, v. 94, p. 361-362.  
  • Burn, H. E., Wenner, J. M., and Baer, E.M.D., 2013, Embedded Mathematics Remediation Using The Math You Need, When You Need It: A 21st-Century Solution to an Age-Old Problem, About Campus, v. 7, p. 22-25.
  • Wenner, J. M., Burn, H. E., and Baer, E. M., 2012, Improving Geoscience Students' Quantitative Skills with The Math You Need, When You Need It: In the Trenches, v. 2, no. 2, p. 1-5.
  • Wenner, J. M., Burn, H., and Baer, E.M.D., 2011, The Math You Need, When You Need It:  Online Modules that Remediate Mathematical Skills in Introductory Geoscience Courses, Journal of College Science Teaching, v. 41, p. 16-24.  

OTHER STUDENT PROJECTS:  

  • 2002-2003:  Susan Mickiewicz, Electron microprobe study of phenocrysts in the Bishop Tuff, Eastern California.  
  • 2001-2002:  Mindy Lloyd, Geochemistry of Redgranite and Berlin Rhyolite, WI.

EXTERNAL GRANTS

  • 2014- 2017:  National Science Foundation EAR-Petrology & Geochemistry Program, “RUI: Collaborative Research: Mantle Heterogeneities and Crustal Processes of the Cascade Arc: Small Scale Variations with Broad Implications”, collaborative with Rachel Teasdale, California State University – Chico ($368,521).      
                                                        
  • 2009 –2014: National Science Foundation CCLI Phase 2 grant "COLLABORATIVE RESEARCH:  Expanding the Use of The Math You Need, When You Need It Through Widespread Implementation" with Highline Comm. College/Eric Baer ($510,000).
  • 2006-2009:  National Science Foundation CCLI Phase 1 grant "COLLABORATIVE RESEARCH:  The Math You Need, When You Need It:  Modular Student Resources to Encourage Successful Incorporation of Quantitative Concepts in Introductory Geoscience," in collaboration with Highline Community College/Eric Baer ($200,000).  
  • 2005-2006: Teaching Quantitative Skills Website, Sub-contract with Cathryn Manduca, SERC, Carleton College, National Science Foundation ($16,000)

INTERNAL GRANTS


  • Sabbatical:  2007-08, 2015-16
  • University Research Professor Program:  2008-2009; 2012-2014
  • Faculty Dev. Research Grant:  2001, 2002, 2003, 2004, 2008, 2009, 2012
  • Faculty Dev. Teaching Grant:  2010
  • Faculty Dev. Off-Campus Grant:  2001, 2003, 2010 
  • Faculty Dev. Small Grant:  2013; 2015


OTHER ACTIVITIES
 

  • Visiting Scientist, 2016, Carnegie Institution of Washington, Department of Terrestrial Magnetism. 
  • At-Large Councilor, National Association of Geoscience Teachers Executive Committee
  • Educational/Faculty Development Workshop Facilitator: Organized and/or facilitated faculty workshops focused on Quantitative Skills/Literacy in the Geosciences (9); NSF grant writing for TUES/IUSE program (2); preparing for an academic career (1); teaching introductory geoscience (2)
  • Editor and developer of Teaching Quantitative Skills in the Geosciences website, Science Education Resource Center, Carleton College, Northfield, MN. 
  • Member of Student Success and Retention committee, UWO

  • Member of STEM Core group, UWO

  • Panelist and Reviewer for National Science Foundation

  • Active Member of Council on Undergraduate Research, NAGT, Sigma Xi
  • Ad-hoc reviewer for Eos, Journal of Petrology, Journal of Geoscience Education, Numeracy, Bulletin of Volcanology

Document Actions

The University of Wisconsin Oshkosh — Where Excellence and Opportunity Meet.