The future can be daunting, but Trine University student Peyton Schuring found answers
                                 this summer from participating in environmental and behavioral ecology research.
                              
                              “Going into this research experience, my biggest hope was to figure out my plans and
                                 goals,” she recalled. “That is exactly what I got.”
                              
                              Peyton is a senior biology major from Portage, Michigan. This summer, she spent 10
                                 weeks at Central Michigan University (CMU) participating in a Research Experience
                                 for Undergraduates (REU) program working on the CMU Biological Station (CMUBS).
                              
                              The CMUBS, located on Beaver Island in northern Lake Michigan, offers academic courses
                                 during the spring and summer months, and houses research facilities throughout the
                                 year.
                              
                              Contributing to Team Goby
                              
                              Peyton discovered the opportunity through the National Science Foundation (NSF) website.
                                 She was drawn toward the hands-on programs that focused on giving students experience
                                 that would further develop their field and lab skills needed for future careers.
                              
                              “They also seemed geared toward research experience that was heavily individualized
                                 yet guided to provide a fully encompassing graduate school project experience without
                                 the three- to four-year commitment,” Peyton added.
                              
                              Peyton spent her summer on Team Goby, an invasive species research team focused specifically
                                 on the invasive round goby. The round goby is a nonnative invasive fish introduced
                                 to the Great Lakes in the 1990s via ballast water of cargo ships.
                              
                              “Each member of Team Goby was researching something slightly different from each other, yet
                                 related enough for us to complete fieldwork together,” Peyton explained. “For instance,
                                 my specific research was looking into round goby population sizes and body sizes concerning different
                                 baiting amounts and capturing techniques.”
                              
                              Peyton was responsible for creating her own research questions, hypotheses and methodology,
                                 as well as conducting her own fieldwork, analyzing her own data and presenting her
                                 findings.
                              
                              “I spent much of my time out on Lake Michigan collecting the data, which included
                                 utilizing GoPro cameras so I could count round goby population sizes throughout a
                                 20-minute period when different baiting amounts were present,” she elaborated. “I
                                 also utilized seine nets and minnow traps to physically collect gobies to determine
                                 effective baiting techniques with different baiting amounts.”
                              
                              At the end of her 10-week experience, she presented her research to the general public
                                 of both Beaver Island and Central Michigan University.
                              
                              Trine’s preparation for environmental research and fieldwork
                              
                              Although the REU was a new experience for Peyton, her studies at Trine prepared her
                                 well for her summer of research and fieldwork.
                              
                              “I had a lot of prior knowledge of freshwater systems from my ecology, aquatic biology
                                 and environmental biology classes from Trine,” Peyton said. “I had plenty of background
                                 in how different environmental elements impact each other.”
                              
                              She also had prior experience with fieldwork not only from those same classes, but
                                 also from prior field sampling experience with the Steuben County Strategic Water
                                 Quality Monitoring Project operated by Sam Drerup, Ph.D., associate professor of biology,
                                 and the Steuben County Health Department.
                              
                              Moving forward: The REU’s impact on future plans 
                              
                              Peyton’s goal going into her REU was to determine what she wants for her future.
                              
                              “I didn't know if I wanted to go to graduate school or not, and I wanted an opportunity
                                 that would give me a glimpse into a graduate research program without the commitment,”
                                 she said.
                              
                              Peyton does not know for sure if she intends to go to graduate school yet. However,
                                 the REU gave her room to grow and discover what she does and doesn’t like.
                              
                              “I have a clearer picture in front of me,” she stated.
                              
                              Whether she goes to graduate school or not, Peyton believes the REU helped her develop
                                 many new skills related not only to research development and fieldwork but also communication
                                 of scientific information.
                              
                              “In an environmental biology position, you need to be able to understand the science
                                 behind your research but also be able to explain why it is important to the public
                                 in a non-scientific way so they can understand and be as passionate about creating
                                 change as you are,” Peyton explained.
                              
                              “I believe in 10 weeks you can learn a lot about the world around you and yourself.
                                 It truly was a once-in-a-lifetime opportunity, and I am so blessed to have been a
                                 part of it.”