| Faculty Advisor |
Leslie Rault
|
|---|---|
| Contact Email | lrault2@unl.edu |
| Website | |
| Advisor College: |
Agricultural Sciences and Natural Resources
|
| Potential Student Tasks |
Students are expected to contribute to the research efforts of the lab by conducting bioassays, extracting DNA/RNA, setting up PCRs (gene amplification) and gel electrophoresis to answer questions relating to vector biology. Additionally, some field work and rearing may be required. Preliminary safety training will need to be done at the beginning of the program. If interested, students will be able to contribute to teaching by supporting the instructor and students enrolled in the molecular entomology course. Potential for outreach involvement (if available). |
| Student Qualifications |
Previous experience in entomology is not required. No prior experience in research is required either, but a positive attitude towards laboratory-based work, as well as curiosity and willingness to learn will be essential. Students are expected to communicate with their mentor timely. Punctuality and accountability are strengths. |
| Training, Mentoring, and Workplace Community |
Due to the nature of the project, remote work will be difficult, but as a mentor, I am understanding and flexible as long as the communication is open. I will teach all necessary techniques and send reading material when appropriate. Students will be able to interact with the Insect Science Club, the undergraduate club of the department of entomology if they desire, as well as with the graduate students of the department for professional development opportunities. I previously mentored or co-mentored 6 undergraduate students (including freshmen) and we had a positive experience. We stay in touch, which allows me to provide the support that they need in their career. |
| Available Positions |
2
|
My lab studies the biology, ecology, and physiology of arthropod vectors such as mosquitoes and ticks, but also Varroa mites and aphids, which play major roles in the transmission of pathogens that affect human, animal, plants and environmental health worldwide. We investigate how vectors respond and adapt to challenges including pesticide exposure, pathogen infection, environmental stress, and climate change. Research projects in the lab integrate molecular biology, physiology, ecology, toxicology, microbiology, and vector-borne disease biology to better understand vector adaptation and to develop innovative and sustainable management strategies. Students with broad interests in biology, ecology, health sciences, microbiology, genetics, biotechnology, or environmental sciences are encouraged to apply.