Undergrad Research Resources

Undergrad Research Resources

A photo of faculty member Adrienne Kovach (center) working with UNH students on studying salt marsh sparrows

Undergraduate research is a valuable learning opportunity available to COLSA students. Participation in research can be helpful in pursing graduate studies, developing professional relationships with faculty, gaining insight to potential career paths, and learning how a real lab operates. We encourage any students who are interested to reach out to faculty members about getting involved in research.

 

Hamel Center for Undergraduate Research

The labs listed below are actively seeking student researchers and we encourage any interested students to reach out to the faculty contacts about these opportunities. This email template can serve as a guide for students unsure of how exactly to take that first step. When emailing faculty about research opportunities, it may also be helpful to attach a resume to the email. For students who don’t currently have a resume, the St. Martin Career Exploration Office can help with building one.

Hamel Center for Undergraduate Research

For students interested in getting involved with research that isn’t actively recruiting undergraduates, it doesn’t hurt to reach out to the faculty lead about potential opportunities anyway. Talking to a professor after class, visiting office hours, or sending an email are all good ways of going about this.

Hamel Center for Undergraduate Research

When it comes to compensation, there are many options available for student researchers. These include hourly pay, work-study, class credit, fellowships, and more. We encourage students to discuss these options when exploring research opportunities with faculty members.

Hamel Center for Undergraduate Research

The Hamel Center for Undergraduate Research provides resources and financial support for the research, scholarly, and creative projects of UNH students. One-hundred percent of the funding for research awards and fellowships comes from donor gifts. Visit their webpage to learn more.

Student Research Stories

Hear from the student researchers themselves about their experiences.

A photo of undergraduate researcher Kostandina Bicja

"When I enrolled at UNH, I knew there would be endless opportunities to extend my education past the classroom. I have always been interested in applying my knowledge in a way that matters. With UNH being an R1 school, research is encouraged and very easy to get involved with." Kostandina Bicja '23

Undergrad Research Opportunities

A headshot of Carlota Dao, COLSA researcher

Maria Carlota Dao, Carlota.Dao@unh.edu
 Lab webpage,  Dao lab on Facebook

Research focus and opportunities: Investigate the relationship between diet, gut microbes, and human health. 

Research locations:

We are also interested in identifying population-specific psychosocial and biological determinants of obesity and chronic disease for the development of tailored dietary interventions that address health inequities.

The opportunities below are available. To learn more and apply, please email Carlota.

  • Data management and analysis
  • Literature reviews
  • Laboratory biomarker assessment (limited)
  • Clinical and epidemiological assessments (limited)
  • Community engagement activities
A photo of COLSA researcher Jessica Ernakovich

Jessica Ernakovich, Jessica.Ernakovich@unh.edu
or call 603-862-2216

 Lab webpage,  Jessica Ernakovich on Twitter

Research focus and opportunities: Our mission is to understand how disturbance from environmental change—ranging from agricultural management to permafrost thaw—affects the function of ecosystems, with a specific emphasis on greenhouse gas production, soil organic matter formation and nitrogen mineralization. 

Research locations:

Find information on undergraduate job listings on the Ernakovich Lab website

A photo of five people dressed in warm clothing in a tundra area. Each one smiles and they were windbreakers and hats

From left to right, Dr. Jessica Ernakovich, Else Schlerman (UNH), Dr. Caitlin Hicks Pries (Dartmouth), Fernando Montaño-López (Dartmouth) and Sean Schaefer (UNH) after a successful week of sampling permafrost soil outside Toolik Lake, Alaska.

To meet our lab's research mission, we engage in collaborative studies into how microbial communities interact with and function in their physical, chemical and biological environment. We use a mix of scientific tools—including high-throughput sequencing of nucleic acids and tracing of chemical transformations with stable isotopes—in a team that fosters a passion for discovery through support and inclusion of diverse people, backgrounds, perspectives and ideas.

We are often looking for undergraduates to join us in the lab, and have opportunities that range from performing wet lab analysis of soil biogeochemistry to the sequencing of microbial genomes to the building of environmental chambers. We have projects in both Arctic and agricultural biogeochemistry and microbial ecology. Shoot me an email with (1) your resume, (2) a paragraph about your research interests and (3) your schedule of availability if you are interested in applying. We also have the opportunity to mentor students for summer research through a few programs you probably want to check out: the Hamel Center for Undergraduate Research, the EMERGE REU program , and the ICE-TALKS summer international research experience for students program.

Find a complete listing of positions on the Ernakovich Lab website.

A headshot of Serita Frey, COLSA researcher

Serita Frey, Serita.Frey@unh.edu
 Lab webpage,  Serita Frey on Twitter

Research focus and opportunities: Research focuses on how human activities are impacting terrestrial ecosystems, with an emphasis on soil biota and nutrient cycling processes. 

Research locations:

  • Lab: James Hall, 114

 We are specifically interested in how anthropogenic stressors (e.g., climate change, nitrogen deposition, agricultural management, invasive species) affect the composition and diversity of soil microbial communities and microbial-mediated carbon and nitrogen cycles. We work at the interface between ecosystem science, microbial ecology and global change biology, combining microbiological methods with stable isotope analysis and a variety of soil physical and chemical approaches to examine structure-function linkages.

We routinely employ undergraduates to assist with our field and lab research. There are positions during the academic year as well as over the summer. Undergraduates also engage in independent research, capstone projects, and senior theses. I welcome inquiries from potential graduate students who are motivated, have prior research experience, and are interested in working at the interface between ecosystem and microbial ecology. If you are interested in applying to work with Serita, please email her your CV and a brief description of your background and research experience and interests.

Additional information on lab opportunities available on the Frey Lab website.

A headshot of Jeff Garnas, COLSA researcher

Jeff Garnas, jeff.garnas@unh.edu
 Lab webpage,  Jeff Garnas on Twitter

Research focus and opportunities: Field and lab research on various insects and fungi of forest health concern. 

Research locations:

  • Office: James Hall, 162
  • Field lab: Spaulding Hall, G31
  • Molecular lab: Rudman Hall, 135

Positions are varied and range from primarily field-oriented (working with Emerald ash borer, Southern pine beetle, Browntail moth, beech bark disease, etc.), lab-focused (fungal culturing, DNA extraction, insect trap sorting and identification), or both.  Come join a dynamic team of students and postdocs doing interesting work related to the health of New England’s forest ecosystems!

A photo of COLSA researcher Adrienne Kovach for the Undergraduate Research Resources webpage

Adrienne Kovach, Adrienne.Kovach@unh.edu
or call 603-862-1603

Research focus and opportunities: ​Research in the Kovach Lab is focused on population ecology, genetics and conservation of wildlife.

Research location: Rudman Hall 134

Lab website: Kovach Lab

Lab members use interdisciplinary approaches, integrating genetic and genomic tools with population and landscape modeling and the collection of observational and ecological data. Students will be trained in extracting DNA from blood, tissue and fecal samples from marsh sparrows, cottontail rabbits or fish fin clips. They will also learn molecular techniques, such as PCR, genotyping and next generation DNA sequencing.

Both paid and for-credit positions are available.

A headshot of Becky Sideman, COLSA researcher

Becky Sideman, Becky.Sideman@unh.edu
or call 603-862-3203

 Lab webpage,  Sideman lab on Instagram

Research focus and opportunities: Study growing practices for the New England region (including new varieties, new crops and season extension strategies) to help farmers diversify their offerings, improve yields and improve crop quality. 

Research locations: UNH research farms and greenhouses

Many of our integrated research and extension projects focus on high-value specialty crop production systems and methods of extending the growing season (e.g. season extension). Current projects include those focusing on strategies to produce seedless table grapes and figs in New Hampshire, the production of hydrangea for cut flowers, alternative strategies to overwinter strawberries, and specialty vegetable crop variety evaluation.

We welcome motivated undergraduate and graduate students to join our team. We hire 1-3 research assistants each summer and fall; with most (but not all) work taking place between May-November. In addition to learning about managing and maintaining several types of horticultural crops, you can gain experience with experimental design and layout, data collection, and data analysis. Opportunities also exist to develop individual research projects; several students have conducted research leading to honors theses, independent study projects, and undergraduate research conference presentations.

A photo of COLSA researcher Easton White, who has openings in his lab for undergraduate students

Easton White, Easton.White@unh.edu
or call 603-862-4400

Research focus and opportunities: The Quantitative Marine Ecology lab at UNH is a team of scientists combining field observations with mathematical and statistical tools to address the most pressing issues in the oceans, addressing questions related to population ecology, socio-ecological systems, species monitoring, fisheries and sustainable seafood. 

Research location:

  • Office: Spaulding Hall, 272

Lab website: Quantitative Marine Ecology Lab

All lab members of the Quantitative Marine Ecology Lab must:

  • Be decent human beings
  • Have an interest in ecological systems and using quantitative tools (e.g., mathematical models, statistics, R)
  • And want to change the world

Members of the lab are strongly committed to anti-racist practices, real diversity and inclusion efforts, and moving science beyond the ivory tower.

You can read the Quantitative Marine Ecology Lab's commitment to diversity, inclusion, and equity online.

Applying to the Lab

The lab often has openings for undergraduate students at UNH to contribute to projects or design a project for an undergraduate thesis/research experience. These can be paid or count as course credits. These projects are typically co-designed by the student, QMEL graduate students, and Professor Easton White. The students most likely to be accepted for a position are those with a keen interest in developing quantitative skills in the context of marine systems.

If you are interested, please send Easton.White@unh.edu a CV and brief introduction, including details of your prior research experience, as well as your research interests and goals and how you think these align with the Quantitative Marine Ecology Lab's research program.

A photo of Dairy Nutrition scientist Nancy Whitehouse

Nancy Whitehouse, Nancy.Whitehouse@unh.edu
or call 603-862-1349

Research focus and opportunities: The main research focus is amino acids requirements in lactating dairy cows and bioavailability of rumen protected amino acids. 

Research location: UNH Keener Dairy Research Building, O'Kane Road, Durham

Students can be involved in setting up for trials, feeding dairy cows research diets, collecting and processing feed, blood and milk samples. There is also data entry for the trails. This position allows the student to get research experience along with large animal experience. There is also a database project where students involved in that will learn different ration balancing programs and literature searches along with entry data into spreadsheets.

Pay starts at $9.00 but can be higher depending on level experience with large animals.

Are you a COLSA faculty member who wants to list your lab on this webpage or update your listing? Fill out our online form and a member of the COLSA communications team will be in touch!

Meet some of our undergrad researchers!

  • Mangrove Habitat Restoration
    Nia Jeffers research area is mangrove habitat restoration and management with a focus in mangrove restoration methodology.
    Mangrove Habitat Restoration
    Nia Jeffers research area is mangrove habitat restoration and management with a focus in mangrove restoration methodology.
  • Texas Coastal Fisheries and Extreme Events
    Ana Silverio uses long-term independent and dependent fisheries catch data from Texas Parks and Wildlife and quantitative tools to look at how extreme events affect coastal fish populations along the Texas Gulf Coast.
    Texas Coastal Fisheries and Extreme Events
    Ana Silverio uses long-term independent and dependent fisheries catch data from Texas Parks and Wildlife and quantitative tools to look at how extreme events affect coastal fish populations along the Texas Gulf Coast.
  • Movement of Adult Rainbow Smelt in Great Bay Estuary, NH
    Chloe Pearson's uses acoustic telemetry to better understand the habitat use of rainbow smelt, including location, usage and use timing.
    Movement of Adult Rainbow Smelt in Great Bay Estuary, NH
    Chloe Pearson's uses acoustic telemetry to better understand the habitat use of rainbow smelt, including location, usage and use timing.
  • Effects of Hatchery Stressors on the Growth and Aggression of Juvenile Lumpfish
    Shelby Perry studies the effects of stocking density and light on the growth and aggression of juvenile lumpfish.
    Effects of Hatchery Stressors on the Growth and Aggression of Juvenile Lumpfish
    Shelby Perry studies the effects of stocking density and light on the growth and aggression of juvenile lumpfish.
  • Microzooplankton Grazing and Marine Aggregates
    Mikayla Cote examines the influence of marine microzooplankton grazing on the production/consumption of transparent exopolymer particles (TEP) and marine aggregates in general.
    Microzooplankton Grazing and Marine Aggregates
    Mikayla Cote examines the influence of marine microzooplankton grazing on the production/consumption of transparent exopolymer particles (TEP) and marine aggregates in general.