Imagine standing in a dense temperate forest on the shores of the Chesapeake Bay. Above ground, the canopy forms a complex mosaic of light and shadow. Below ground, an even more intricate world of roots, soil microbes, and nutrient flows quietly sustains the entire ecosystem. Most of that subterranean architecture remains invisible to the human eye—and to traditional ecological methods. A new generation of remote sensing tools is beginning to change that.
If you have ever wondered how the hidden structure of forests shapes their ability to store carbon, cycle nutrients, or respond to a changing climate, a rare opportunity is now open. The University of Texas at El Paso (UTEP) Landscape Ecology Lab is recruiting a PhD student for Fall 2027 through the Ecology and Evolutionary Biology (EEB) Program. The position focuses on the remote sensing of forest vegetation structure—especially roots—along with soil ecology and ecosystem function. It forms part of a collaborative NSF-funded project involving the Smithsonian Environmental Research Center (SERC), the University of Connecticut, Indiana University, and Kenyon College.
This is more than another graduate assistantship. It is a chance to work at the frontier of landscape ecology, where cutting-edge sensing technology meets classic field ecology, and where the student will spend part of the degree conducting intensive outdoor research in Maryland before returning to the dynamic academic environment of El Paso, Texas.
Scholarship Summary
- Host Country: USA
- Host University: University of Texas at El Paso (UTEP)
- Scholarship Type: PhD Scholarships
- Eligible Countries: All Countries
- Scholarship Benefits: Full tuition fee, Living stipend, etc.
Why Root Structure and Soil Ecology Matter Right Now
Forests are among the planet’s most important carbon sinks and biodiversity reservoirs. Yet scientists still lack precise, scalable ways to measure the three-dimensional architecture of vegetation both above and below ground. Canopy structure has received increasing attention thanks to LiDAR and photogrammetry. Roots, however, remain one of ecology’s great black boxes.
Root systems influence water uptake, nutrient acquisition, soil carbon storage, and resistance to drought or disturbance. Changes in root structural diversity can cascade through microbial communities and ultimately alter ecosystem function. Understanding these relationships is essential for predicting how forests will respond to climate change, for designing more effective restoration projects, and for improving global carbon models.
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The research linked to NSF Award #2621909 aims to close this knowledge gap by combining remote sensing approaches with detailed field measurements of soil processes. The PhD student will join a multi-institutional team that brings complementary strengths in remote sensing, forest ecology, soil science, and ecosystem modeling. Working across sites and scales, the project seeks to link measurable structural features of vegetation—including roots—to measurable outcomes in soil ecology and broader ecosystem function.
The Unique Structure of This Forest Ecology PhD Position
The student will be based in the UTEP Landscape Ecology Lab under the supervision of Dr. Elizabeth La Rue, an assistant professor in the Department of Biological Sciences whose research centers on spatial patterns of plant distributions, structural diversity, and ecosystem function. Dr. La Rue’s group already uses UAV-based remote sensing, LiDAR-derived metrics, and spatial analysis to study structural diversity across dryland and forest systems. This new project extends that expertise into temperate forests and below-ground structure.
Fieldwork forms a substantial component of the degree. The student will spend one to two semesters at the Smithsonian Environmental Research Center in Edgewater, Maryland. SERC is a premier coastal ecology research facility with long-term forest dynamics plots, experimental plantings, and extensive infrastructure for studying forest structure, carbon cycling, and soil processes. Days in the field may involve long hours outdoors in variable weather—conditions that reward resilience, careful observation, and a genuine love of being in the woods.
When not at SERC, the student will be based at UTEP in El Paso, Texas. The contrast between the humid, temperate forests of the Mid-Atlantic and the Chihuahuan Desert surrounding El Paso offers a powerful comparative perspective. UTEP’s EEB Program provides a supportive intellectual community focused on biodiversity and global change ecology, with access to faculty expertise spanning plant ecology, soil biogeochemistry, microbial ecology, and spatial analysis.
Funding, Benefits of Forest Ecology PhD Scholarship, and Practical Details
This Forest Ecology PhD Position is fully supported. The graduate assistantship provides an annual salary in the range of $26,000 to $30,000. Benefits include student health insurance and tuition remission. The expected start date falls between August 1 and August 20, 2027, with the degree extending beyond May 2031. The workload is typical of a research-intensive PhD—approximately 40 to 60 hours per week, combining research, coursework, and professional development.
UTEP itself is a rising research university with a distinctive mission. Located in a bi-national metropolitan area, it offers the resources of a major institution while emphasizing access and opportunity. The EEB Program no longer requires GRE scores, and multiple funded research assistantships are available for Fall 2027. Students interested in the broader program can find additional details on the official EEB PhD page.
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Who Should Apply for Forest Ecology PhD Scholarship
The position seeks candidates who already demonstrate independent research experience, including substantial field work. A bachelor’s degree is the minimum educational requirement; a strong academic record (minimum 3.2 GPA) is expected. Applicants must be able to obtain a U.S. driver’s license, as field sites require reliable transportation.
Ideal candidates will bring curiosity about how structure drives function, comfort with both outdoor fieldwork and quantitative analysis, and enthusiasm for collaborative science. Prior experience with remote sensing, GIS, soil sampling, or forest measurements is advantageous but not mandatory if the applicant shows clear potential and motivation. The project demands physical stamina and the ability to work long days in the field under sometimes challenging conditions.
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How to Take the Next Step
The application process begins with a direct conversation rather than a formal portal submission. Interested individuals should email Dr. Elizabeth La Rue at ealarue@utep.edu. Include a current curriculum vitae (with any publications listed), a one-page summary of research and career goals, and contact information for two references. The deadline for these materials is January 31, 2027.
Early contact is strongly encouraged. Faculty often give priority to applicants with whom they have already discussed research fit. After the initial exchange, successful candidates will complete the formal UTEP Graduate School application for the EEB Program. More information about the Landscape Ecology Lab and its ongoing projects is available on the lab website. The original position announcement can also be viewed on the Natural Resources Job Board.
Why This Opportunity Stands Out
Graduate positions in forest ecology appear regularly, yet few combine remote sensing of below-ground structure, intensive field seasons at a Smithsonian research center, multi-institutional collaboration, and a home base at a growing R1 university in the Southwest. The work sits at the intersection of technological innovation and fundamental ecological questions. Results have the potential to improve how scientists measure and model forest ecosystems at landscape scales—information that matters for climate policy, restoration practice, and conservation planning.
Beyond the research itself, the experience offers professional development across two very different environments: the intensive, collaborative atmosphere of SERC and the desert-focused, demographically diverse community at UTEP. Students leave with skills in advanced remote sensing, field ecology, data analysis, and cross-institutional teamwork—credentials that open doors in academia, government agencies, non-profits, and private-sector environmental consulting.
If the idea of mapping the invisible architecture of forests, of spending seasons among the trees of the Chesapeake while building a doctoral career in Texas, resonates with you, this is the moment to act. Reach out to Dr. La Rue, prepare a thoughtful statement of goals, and position yourself for one of the more distinctive Forest Ecology PhD Positions available for Fall 2027.
The forest floor is waiting. The tools to see what lies beneath it are finally within reach. The only remaining question is whether you will be the one to use them.
Relevant links for further reading and application:
- University of Texas at El Paso: https://www.utep.edu
- UTEP Ecology and Evolutionary Biology PhD Program: https://www.utep.edu/science/eeb/Academic%20Programs/phd.html
- UTEP Landscape Ecology Lab: https://elizabethannlarue.wixsite.com/landscapeecologylab
- Smithsonian Environmental Research Center: https://serc.si.edu/
- Original position posting: https://jobs.rwfm.tamu.edu/view-job/?id=117804
Contact: Dr. Elizabeth La Rue, ealarue@utep.edu