REU Opportunity for Summer 2021
The Department of Earth and Atmospheric Science at the University of Houston has opened an undergraduate
research
opportunity for summer 2021.
The Research Experiences for Undergraduates
(REU)
is funded by the National Science Foundation. We welcome applications from students representing the full
spectrum of society. Women, persons with disabilities, and underrepresented minority groups (blacks or African
Americans, Hispanics or Latinos, American Indians, or Alaska Natives), are particularly encouraged to apply. The
selected student will analyze seismic data to understand the mechanism of deep earthquakes, a long-standing
challenge in seismology. The program duration is up to 12 weeks, with the earliest start date of June 1, 2021.
During the REU, the student will be expected, if possible, to write and submit a conference abstract to the 2021
fall AGU meeting in New Orleans. Funding will be provided to the student to attend the meeting. The selected
student will receive a stipend of $600/week for up to 12 weeks.
Project Description
Recent analysis (Li et al., 2018) of global deep earthquake seismic radiation patterns showed
compelling evidence that strong seismic anisotropy exists in global subducting plates
(known as slabs) hosting the deep earthquakes.
If it is the case, we should expect to see an apparent explosion
component of a shear dislocation faulting, as well as complex shear
wave splitting patterns for the S waves transmitted through the titled
anisotropic slab. The goal of the project is to find the explosion component of
the source and further verify the existence of the strong slab anisotropy.
For background information,
see the paper by Li, J., Y. Zheng, L. Thomsen, T.J.Lapen,
and X.Fang (2018). Deep earthquakes in subducting slabs hosted in highly anisotropic rock fabric, Nature
Geoscience, doi:10.1038/s41561-018-0188-3.
Eligibility
Minimum requirements*
- Strong curiosity to learn how the Earth interior works quantitatively
- 3.0 GPA
- Linear algebra, vectors, matrices, partial derivatives, least squares
- Ability to maintain a detailed work log for weekly review
- Computer programming (Matlab, Python, or other programming languages, etc.) is a plus
- Prior experience or coursework in seismology or geophysics is not a requirement
*We understand that multiple paths can lead to seismology. If you are uncertain about if you meet these requirements, please contact us to inquire. Don't be shy.
To Apply:
- Fill out the attached application form
- Your Curriculum Vitae
- Provide an unofficial version of your transcript (.pdf file). An unofficial transcript should list your
coursework for all terms, the number of credits earned, and the grades for each course.
- Email the materials (Excel application form,CV, and the transcript) to Dr. Yingcai Zheng, yzheng12@uh.edu
by 5 pm (CDT), May 31, 2021. Early submissions are strongly encouraged. In the email subject line,
please put ‘2021 UHEAS REU’ + Your name + your school’s name.
For more information, please contact the REU advisor,
Dr. Yingcai Zheng , yzheng12@uh.edu at the Department of
Earth and Atmospheric Sciences,
University of Houston. Check out this link for research
information.
Expected outcomes
From this REU research experience, the student is expected to master the following skills and training.
- Seismology
- Learn how earthquakes excite seismic waves
- Ability to download seismic data from IRIS
- Ability to visualize and analyze seismic data
- Learn how seismic anisotropy can affect seismic waves
- Numerical modeling
- Ability to model seismic propagation in 3d Earth numerically
- Computer skills
- Enhance/learn computer programming and coding skills
- Ability to use Linux Shell script to let a computer finish the to-do list you have prescribed
- Communication skills
- Acquire/enhance the ability to communicate scientific ideas
- Acquire/ability to write a scientific conference abstract
- Ability to make a poster presentation
- Teamwork
- Ability to collaborate with other team members
- Work with other international students
- Grand prizes (maybe)
- Help solve a long-standing challenge in seismology and
- Make a contribution in earthquake science!
In addition to the above outcomes, the REU experience can build a strong resume for the student.
Supported by NSF EAR-2027150.