The Auburn University Deer Laboratory is looking for students to work deer check stations at Ft Moore, GA (formerly Ft. Benning). Workers will be onsite from early am (about 1 hr. before sunrise) until after sunset to collect various data on hunter harvested deer. Workers will receive pay for their assistance and we are working to determine compensation and further logistical details at this time. If you are interested in working the check stations, then please contact Chad Newbolt for further details. The dates listed below are the dates on which we will need assistance.

October 28, 29
November 4, 5, 10, 11, 12, 18, 19
Dec 16, 17

Thanks,
Chad Newbolt
Research Associate
Auburn University
newboch@auburn.edu
334-332-4864

9/15/2023

Job Summary

The undergraduate assistant will work under the supervision of Dr. Georgios Arseniou. The student will use basic forestry tools and tree measurement techniques to collect data on trees in Donald E. Davis Arboretum in order to update the tree inventory of the arboretum.

Essential Functions

• Utilize forestry tools to measure important variables of trees (e.g., diameter at breast height (DBH), tree height, crown dimensions)
• Collect data, store in a database and write progress reports

Minimum Qualifications

• Enrolled student at Auburn University
• Familiarity with forestry tools and knowledge of tree measurement techniques or ability to learn quickly
• Good tree identification skills
• Knowledge of basic Microsoft software (word, excel etc.)
• Ability to work outside in forest conditions
• Professionalism, punctuality and good communication skills
• Ability to work in group settings

Pay Rate

$9.00/hour

Work Hours

20

Apply

https://www.auemployment.com/postings/36600

9/1/2023

Current Undergraduate Research Opportunity!

Deadline: May 5, 2023

Description: We are searching for two or more undergraduate students who are interested in doing research in the Willoughby lab in the summer of 2023. We are an active lab with many graduate students working on interesting projects and systems (see more here: Willoughby Lab). Currently, we have two projects that could benefit from some undergraduate researcher help:

1. Mosquito movement and genomics
   Description of potential duties: Collect mosquito samples from the Auburn/Opelika area, identify them to species, and then sequence their genomes in the lab.
   Research partners: This work will be conducted in collaboration with graduate students in the lab.
   Research goals: We are using these data to understand how mosquito movements influence disease risks and how we might reduce these risks.
2. Pine disease genomics
   Description of potential duties: Collect pine and fungal samples from the field, participate in plating/identification, and then sequence fungus genomes in the lab.
   Research partners: This work will be conducted in collaboration with graduate students in the lab.
   Research goals: We are interested in understanding brown spotted needle blight and how genetic variants relate to disease severity, spread, and evolutionary history.

The ideal candidate will have an interest in our work and be hard-working with an ability to pay close attention to details. You do not need to have a background in genomics, but you should have an interest in learning and developing these skills. Our group is diverse in several personal and professional axes, and we are seeking undergrad collaborators that will thrive in these kinds of diverse and inclusive environments.

Start Date: These positions can be begin immediately and ideally candidates would start by May 8, 2023. These positions are funded at least until mid-August, but there is potential to continue into the fall/spring semesters for excellent researchers.

Wages: $10/hr

Hours: Range from 20-40 hours/week depending on student schedules and interests.

Apply: https://forms.gle/dfozDWtNrv4He3to8

Questions: Dr. Janna Willoughby, jwilloughby@auburn.edu

Timberland Investment – Data Research and Analysis

Undergraduate students participating in this research project will focus on the two timberland investment vehicles (publicly traded timberland REITs and privately-held NECRIT timberland index) and forest industry stocks, compared with other investment vehicles (such as general stocks, bonds, and real estate). They will extract price and return data from a database, analyze them, and present their results. They will also have an opportunity to seek insights on timberland valuation based on the recent timberland transaction data. One or two undergraduate students with good quantitative analysis skills are needed. Students with a finance background are desirable.

Foreign Direct Investment in Forest Industry – Data Research and Analysis

Undergraduate students participating in this research project will focus on U.S. and Canadian inward and outward foreign direct investment in the forest industry. They will extract data from a couple of databases, analyze them, and present their results. They will also have an opportunity to investigate the rising Canadian ownership of sawmills in the U.S. One or two undergraduate students with good qualitative and quantitative analysis skills are needed. Students with forestry or forest industry backgrounds is desirable.

Contact: Dr. Daowei Zhang at zhangd1@auburn.edu

Environmental Data Science – working with heterogenous data including land, Water, and atmosphere; data cleaning and formatting, multi-dimensional data, trend analysis, and hypothesis development, python programming.

Climate Modeling – Designing and running climate modeling experiments using the Community Earth System Model and it’s land component Community Land Model. Analysis of climate model data, including CMIP6, for hypothesis testing and climate change projections.

Contact: Dr. Sanjiv Kumar at szk0139@auburn.edu

1. Effects of climate variables on fungal spore distribution and abundance: Brown spot needle blight is an emerging disease in loblolly pine caused by the fungus Lecanosticta acicola. We are interested in looking at spore production, distribution, and abundance across the State of Alabama. Student will be construct, deploy, and collect spore traps, identify and count spores, and analyze data. Travel to field sites is required. Must be able to drive a university vehicle. Contact Dr. Eckhardt for more information at eckhalg@auburn.edu
2. Effects of brown spot needle blight on insect diversity: Brown spot needle blight is an emerging disease in loblolly pine caused by the fungus Lecanosticta acicola. We are interested in looking to see if there is an insect population shift (more pest insects) in stands that are infected with brown spot needle blight. The student will deploy and monitor insect traps, identify and catalog insects, and analyze data. Travel to field sites is required. Must be able to drive a university vehicle. Contact Dr. Eckhardt for more information at eckhalg@auburn.edu

Our work involves synergistic use of Earth Observation data to better understand, characterize, and monitor ecosystems at multiple spatial scales. We have undergraduate research opportunities for field data collection (travel to forested sites required) using Unmanned aerial vehicles (UAVs)/drones and analysis of UAV-derived imagery high-density lidar for studying forest pathogens, and the acquisition, processing, and analysis of airborne and spaceborne datasets. Students will have the opportunity to contribute to applications using image-based and lidar-based technologies, apply innovative methodologies for forestry applications and contribute to the development of manuscripts for potential publication. If interested in undergraduate research opportunities with the Geospatial Analytics Lab, please contact Dr. Lana Narine at LLN0005@AUBURN.EDU.

Deadline: May 5, 2023

Description: We are searching for two or more undergraduate students who are interested in doing research in the Willoughby lab in the summer of 2023. We are an active lab with many graduate students working on interesting projects and systems (see more here: Willoughby Lab). Currently, we have two projects that could benefit from some undergraduate researcher help:

1. Mosquito movement and genomics
   Description of potential duties: Collect mosquito samples from the Auburn/Opelika area, identify them to species, and then sequence their genomes in the lab.
   Research partners: This work will be conducted in collaboration with graduate students in the lab.
   Research goals: We are using these data to understand how mosquito movements influence disease risks and how we might reduce these risks.
2. Pine disease genomics
   Description of potential duties: Collect pine and fungal samples from the field, participate in plating/identification, and then sequence fungus genomes in the lab.
   Research partners: This work will be conducted in collaboration with graduate students in the lab.
   Research goals: We are interested in understanding brown spotted needle blight and how genetic variants relate to disease severity, spread, and evolutionary history.

The ideal candidate will have an interest in our work and be hard-working with an ability to pay close attention to details. You do not need to have a background in genomics, but you should have an interest in learning and developing these skills. Our group is diverse in several personal and professional axes, and we are seeking undergrad collaborators that will thrive in these kinds of diverse and inclusive environments.

Start Date: These positions can be begin immediately and ideally candidates would start by May 8, 2023. These positions are funded at least until mid-August, but there is potential to continue into the fall/spring semesters for excellent researchers.

Wages: $10/hr

Hours: Range from 20-40 hours/week depending on student schedules and interests.

Apply: https://forms.gle/dfozDWtNrv4He3to8

Questions: Dr. Janna Willoughby, jwilloughby@auburn.edu

Ecology and Conservation Projects:

1. Hawaii camera trap image analysis. Assist with evaluating game camera photos of native and non-native wildlife on Kauai.
2. Social survey of veterinarians related to cat health. Develop a contact list of veterinarians and then administer a social survey online, followed by analyzing the survey data.
3. Comparing snake monitoring methods. Assist with using traditional versus modern methods of surveying snakes.
4. SNAPSHOT USA analysis of game camera data across the US. Using a national game camera database from the past 5 years, students can evaluate a variety of questions about mammal occurrences and co-occurrences, including the overlap of cats and foxes.
5. Fire ant-related project. Currently working to expand the evaluation of red-imported fire ants on wildlife, changes in ant diversity, and ways to control ants.
6. Landowner surveys of urban yard and wildlife management. Develop and carryout surveys of residents in Auburn and Opelika related to how they manage their property for wildlife.
7. GIS/landscape analysis of invasive and endangered species. Evaluate the spatial overlap of these two groups of species at different spatial scales. Students need to have experience in GIS and remote sensing.
8. Comparing yard management options related to wildlife. Evaluate landowner approaches to managing wildlife.
9. Dog diet evaluation. Assist a current student in a structured review of a free-ranging dog diet.

The projects will work with Drs. Lepczyk, Fantle-Lepczyk, and Gitzen depending on the exact project. Students are encouraged to apply for undergraduate research fellowships as well as use projects (or develop their own) for Honors Theses. All students are encouraged to present research at local and national scientific meetings and write up the research findings for publication in a peer-reviewed journal. Students can also enroll for undergraduate research credits as part of the experience. Interested students should email (1) a brief letter of interest and which project(s) they would like to work on, (2) a resume or CV, (3) an unofficial copy of transcripts, and (4) available work hours during the spring semester to lepczyk@auburn.edu. If you have questions, please email Dr. Lepczyk.

Undergraduate students are sought to participate in ongoing coastal wetland studies with the Anderson Wetland and Riparian Ecology Lab (https://auburnwetlands.weebly.com/). Students will work with other undergraduate and graduate students to conduct research on wetland functions (e.g., habitat, nutrient cycling, water storage) in response to land use change and other anthropogenic and natural disturbances. Students have the potential to gain field and lab experience while learning about important and fascinating wetland systems along the Gulf coast.

Students can email Dr. Chris Anderson (andercj@auburn.edu) for more information and to discuss research interests.

Snake Mark-Recapture – Students will work to deploy coverboards and regularly check coverboard arrays on university-owned land near campus. Snakes will be captured, measured, permanently marked, and released as part of the newly initiated long-term mark-recapture project.

Students who are interested in nongame wildlife management and conservation, nuisance wildlife management, or citizen science through iNaturalist are encouraged to reach out and work to develop their own independent research projects.

Contact: Dr. Wesley Anderson at wma0016@auburn.edu.

We are interested in hiring enthusiastic students who are willing and able to help with field and lab work related to forest fire ecology. We work at field sites locally and around the southeast to better understand feedbacks between forest composition, structure, function, and fire behavior through observational and experimental studies. All undergraduate research assistants will have the opportunity to work with graduate students, attend weekly lab meetings, and develop independent research projects if desired. If interested, please contact Dr. Alexander at heather.alexannder@auburn.edu.

Auburn’s deer research program provides opportunities for undergraduates to get valuable experience with capturing and handling large mammals. Undergraduates who volunteer with the Auburn DeerLab will dart white-tailed deer at the captive facility in Camp Hill, AL. In addition to using a dart gun equipped with a night-vision scope, volunteers will participate in data collection activities, including drawing blood, enumerating ectoparasites, and collecting body and antler measurements. Contact Dr. Stephen Ditchkoff to inquire about volunteering at ditchss@auburn.edu.