Dr. Matthew Zimmerer

My primary research interests include using geochronology, geochemistry, and field- based methods to understand volcanism in the southwestern United States. Most recently, I am applying the ⁴⁰Ar/³⁹Ar and U/Pb dating techniques to develop a comprehensive, accurate, and precise geochronology of Quaternary eruptions in New Mexico with the ultimate goal of assessing the volcanic hazards throughout the region. I have several ongoing studies related to mid-Tertiary volcanism and magmatism throughout New Mexico and Colorado that focus on topics such as the timing of precaldera volcanism with respect to caldera-forming eruptions, linked between the volcanic and plutonic records, and the timing of mineralization during magmatic flare-up. I am also interested in using the volcanic record to constrain landscape evolution in the southwest. I am currently developing and implementing the use of small unmanned aircraft systems for geologic mapping and monitoring changing landscapes.

In addition to an active research program, I participate in a variety of outreach and teaching opportunities. From time to time I participate as an instructor for the highly successful “Rockin’ Around New Mexico” workshop for K-12 teachers. I co-instruct the New Mexico Tech Field Camp based out of the northern New Mexico. I regularly give lectures for professionals and the general public. Finally, I enjoy combining my passion of photography and general interest writing to assist with bureau publications and outreach projects, such as the Southern Parks Book and The Rio Chama guidebook.

• B.S., 2005, University of Kentucky
• M.S., 2008, New Mexico Tech
  Thesis: The ⁴⁰Ar/³⁹Ar geochronology and thermochronology of the Latir volcanic field and associated intrusions: Implications for caldera-related magmatism
• Ph.D., 2011, New Mexico Tech
  Dissertation:The Volcanic-Plutonic relationship at three contrasting Rio-Grande-Rift-Faulted Calderas

• Age-based assessment of volcanic hazards in New Mexico
• Timescales of magmatism in the Southern Rocky Mountain and Mogollon-Datil volcanic fields
• Landscape evolution of the southwest using volcanic eruptoins and geochronology
• Geologic mapping of volcanic and magmatic systems in NM
• Volcanic and ice-sheet evolution of West Antarctica
• Assessing landscape changes with repeat drone photogrammetry.