I currently work as an Engineering Geologist for the California Department of Water Resources South Central Regional Office, which is located in Fresno, California. My primary responsibilities consist of supporting the implementation of the Sustainable Groundwater Management Act (SGMA) through providing technical reviews of Groundwater Sustainability Plans, administering Proposition 1 and Proposition 68 grants, and installing groundwater monitoring wells for our local partners. I also contributed to the 2020 update of the California's Groundwater report (formerly DWR Bulletin 118) and provided technical assistance with levee repairs on the San Joaquin River East Side Bypass levee system.
Newly installed nested groundwater monitoring well, Farmers Irrigation District GSA, Fresno County, California.
I worked as a staff geologist with the engineering consultant BSK Associated. As a geologist in the environmental program, I was responsible for performing Phase I and II environmental assessments (ESAs), installing and sampling monitoring wells, collecting soil and water samples, and drafting environmental compliance reports for clients and regulatory agencies. I also assisted the geotechnical engineering branch with drilling and seismic reflection projects.
A recognized environmental condition (REC) documented during a Phase I environmental site assessment (ESA)
I worked as a graduate teaching associate in the Earth and Environmental Science Department at California State University, Fresno, where I was responsible for teaching undergraduate-level earth science labs and developing new lab materials. I taught lab sections for EES 1 (general education physical geology) and EES 9 (Earth Science for Educators), where I was responsible for guiding students through lab exercises and evaluating student work. I also developed several new labs and online exercises, some of which I'm in the process of uploading to the Teaching page of this website.
A graph relating the volume of volcanic bombs and the distrance from the vent for an eruption at Stromboli Volcano, Italy. I used this figure in an math and graph review exercise that I developed for a general education physical geology lab.
As a geologist in the U.S.G.S. Albuquerque Seismological Laboratory (ASL) I was responsible for supporting the Advanced National Seismic Network (ANSS), Intermountain West (IW) regional network, North Eastern (NE) regional network, and the Aftershock rapid deployment seismic network. I monitored network performance, remotely diagnosed station performance issues, and performed field repairs to seismic stations located across the United States. Station maintenance included repairing and installing seismometers and accelerometers, telemetry (VSAT, cell modem, line-of-sight, and ethernet), and power (solar and AC) systems. I was also responsible for maintaining and installing rapid deployment seismic stations following large earthquakes. We also noise-tested USGS and prototype seismometers.
First field deployment of Hutt Vault rapid deployment seismic station in support of the induced seismicity monitoring program, Salt Plains National Wildlife Refuge, Cherokee, Oklahoma, USA. The large Hardigg case (left) contains the battery, solar charge controller, and cell modem, the smaller orange case (right) contains an RT130 digitizer. A Compact Trillium broadband seismometer and a Kinemetrics EpiSensor accelerometer in Hutt style direct burial vaults are installed at the base of the levee.
I worked on a broad range of projects to support the management objectives of the Sierra and Malheur National Forests. As an intern with the Sierra National Forest I performed naturally occurring asbestos (NOA) assessments of Forest roads, trails, and fuels treatment units; mapped conifer encroachment into meadows using remote sensing data and field assessments; identifying stream and meadow restoration opportunities; and implementing meadow restoration projects. I also spent a season working with the Malheur National Forest in central Oregon, where I was responsible for mapping stream systems and mass wasting features using remote sensing data and field assessment for a series of proposed forest restoration projects.
View of Courtright Reservoir from the Courtright Intrusive Zone Geological Area, High Sierra Ranger District, Sierra National Forest, California, USA. The photo was taken from the summit of the dome immediately south of the Geological Area viewing across the glacial Helms Canyon. Dark-colored rocks on the left side of the photo are granodiorite of Dinkey Creek, which is extensively sheared near the dam abutment. The lighter rock on the right side of the canyon is Mount Givens Granodiorite.