Bemidji State students attend Student Leadership and Advocacy Symposium
May 1—SEATTLE — Bemidji State University
students recently showcased their undergraduate research at the 2025 Gabriel E. Gallardo Research, Student Leadership and Advocacy Symposium, held April 14-16 at the University of Washington.
The event, honoring the legacy of the late Gabriel E. Gallardo, brought together students from across the country to share their work, build networks and celebrate the impact of student research and advocacy.
Hosted annually by the University of Washington Office of Minority Affairs and Diversity, the symposium serves as a key platform for TRIO McNair Scholars and other underrepresented students in higher education.
Representing BSU, the students presented research across a range of disciplines.
Kaylee Schmidt, mentored by Judith Zatkin, examined how Participant Demographics Influence Perceptions of Prisoners.
Alexia Waller, under the guidance of Shannon Norman, explored The Psychological Effects of Sport-Related Injuries on NCAA Division I Student-Athletes.
Quincy Mabin, mentored by Travis Ricks, presented findings on The Willingness to Attend Athletic Events and Its Effect on Mental Health and Well-Being.
Damon Cooper, working with Jacob Haus, investigated Scavenger Activity on White-Tailed Deer Carcasses; Implications for Prion Dispersal in Northern Minnesota.
Piper Jaakola, mentored by John Gonzalez, shared research on Cultural Connectivity: Enhancing Academic and Personal Success for Native American Students.
The BSU McNair Scholars Program, named in honor of astronaut and physicist Ronald E. McNair, supports first-generation, low-income and underrepresented students pursuing doctoral studies.
Bemidji State is the only Minnesota State institution to offer the program, which includes faculty-mentored research, graduate school preparation, travel funding and opportunities to present at national conferences.
The program aims to help students earn a Ph.D. within 10 years of graduating. According to a release, it serves 25 BSU undergraduates each year.
The Gabriel E. Gallardo Research, Student Leadership and Advocacy Symposium, now in its fourth year, continues Gallardo's mission of advancing educational equity and empowering future scholars.
Hashtags
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Indianapolis Star
2 days ago
- Indianapolis Star
When is the full moon in June? Strawberry moon in Indiana will be a sweet sight
The month of June is going to be a sweet feast for Indiana skywatchers. Not only can Hoosiers witness the Strawberry Moon but also the Milky Way, "the bright central bulge of our galaxy," writes NASA, which should be visible through August. Here are some quick facts about the Strawberry Moon that skywatchers can snack on as it soars across the heavens. Wednesday, June 11, 2025, is when the sweet Strawberry Moon shines in the night sky. The moon's phases in June are: According to the Old Farmer's Almanac, moonrise for the Indianapolis area will happen by roughly 10:09 p.m. Wednesday, June 11, crossing the meridian at 1:38 a.m. before setting at 6:01 a.m. Thursday. You can check moonrise and moonset times for your zip code by visiting the Old Farmer's Almanac online. Story continues after photo gallery. Skies around Indianapolis are predicted to be mostly clear Wednesday night, June 11, with a low of around 60, according to an advanced forecast from the National Weather Service. Similar to the Pink Moon, June's Strawberry Moon takes its name from seasonal plant growth, according to the Old Farmer's Almanac. Many ripening berries were ready to be harvested around this time in the northeastern United States. Other names for June's full moon from Native American tribes include the Birth Moon, Hot Moon, Blooming Moon, and the Green Corn Moon. The Milky Way can best be viewed somewhere far away from bright city lights. Beverly Shores, near Gary, is an International Dark Sky location and therefore an excellent place for stargazing. You can also travel to Kemil Beach at Indiana Dunes State Park and Dr. T.K. Lawless County Park in Michigan, which also are designated dark sky locations, according to DarkSky International. According to NASA, traces of the Milky Way will appear as a "faint, cloud-like band arching across the sky toward the south." If you plan on observing the night sky this month, writes NASA, keep the following dates in mind for June 2025: The following free astronomy apps can help you locate stars, planets, and constellations. The full Buck Moon should reach peak illumination by Thursday, July 10, 2025. When is the next full moon?: When every full moon shines in 2025. Dates, times and the history behind each name.
Yahoo
2 days ago
- Yahoo
June 2025 full moon: It's been years since you've seen one that looks like this
June 2025's full moon is coming to a sky near you in the early morning hours of June 11. And while all June full moons ride low in the sky, spring's final full moon this year will be the lowest full moon in almost 20 years. The strawberry moon will rise on the evening of Tuesday, June 10, and will shine into Wednesday morning, a "sight that can be seen around the world," said Brian Lada, an AccuWeather meteorologist. June's full moon is called the strawberry moon because it signaled to some Native American tribes that it was the time of year to gather ripening wild strawberries, according to the Old Farmer's Almanac. Notably, this year's strawberry moon could actually have a reddish glow, due to how low it will sit in the sky and the haze from wildfires. June's full moon will reach peak illumination on June 11, 2025, at 3:44 a.m. ET, the Almanac said. But it will look plenty full as it rises the evening before, June 10. The strawberry moon is the most colorful of the year because it takes a low, shallow path across the sky, said Bob Bonadurer, director of the Milwaukee Public Museum's planetarium. The June full moon's arc across the sky means moonlight must travel through more of the Earth's atmosphere, which can give it a colorful tint. "So there's a chance it will actually look a little bit reddish or pink, and, and so that may also be part of the origin of the name," Chris Palma, professor of astronomy and astrophysics at Penn State University, told AccuWeather. Smoke in the atmosphere from Canadian wildfires could also act to create a colorful moon. According to EarthSky, the moon will the lowest in the sky that it's been since 2006. "That's because we're in the midst of a major lunar standstill," which has to do with the moon's orbit around the Earth. "It's all about the inclination of the moon's orbit, which undergoes an 18.6-year cycle," noted EarthSky's John Jardine Goss. "The cycle happens because the moon's orbit is being slowly dragged around – mostly due to the pull of the sun – every 18.6 years." This year's major lunar standstill culminated in January 2025. And we're still close enough to it that the standstill is affecting the path of this June full moon, EarthSky said. This article originally appeared on USA TODAY: A notable June 2025 Strawberry full moon visible on June 11
Yahoo
2 days ago
- Yahoo
Opinion: Science is Utah's quiet engine — don't stall it with cuts to important funding
Science quietly powers Utah's prosperity. From lifesaving diagnostics at ARUP Laboratories and cutting-edge biotech startups to clean energy research at Utah State and drought-resistant crops developed through university partnerships, science is behind much of what makes life in Utah better, longer and more secure. In 2024, the National Institutes of Health (NIH) awarded over $300 million to Utah institutions. That funding supported thousands of jobs, helped launch companies, and enabled groundbreaking research in everything from cancer treatments to Alzheimer's to rare disease therapies. Public health advances that benefit every Utahn — urban or rural — almost always begin through federally funded research. But now, that progress is in jeopardy. Proposed cuts and restrictions to NIH funding could have devastating effects on Utah's research institutions and economy. The plan to slash NIH's overall budget by nearly half, coupled with a proposal to reduce the indirect cost reimbursement to universities from around 50% to 15%, would mean far less money to cover the real costs of doing science. Basics like lab space, utilities, data storage and administrative support aren't luxuries — they're the infrastructure that makes research possible. For public universities like the University of Utah and Utah State, this isn't just a budget concern. It's a structural threat. Without adequate indirect cost support, universities would either have to drastically scale back research activity or shift the financial burden to students and state taxpayers. Both options would weaken Utah's competitive edge in science and technology. The consequences would ripple far beyond campus. Utah is known for its 'Industry' motto — a title that honors the resourcefulness and hard work that built our communities. Today, that industrious spirit thrives in our biotech labs, clean tech startups and health research centers. But industries can't thrive without innovation. Utah's life sciences sector depends on a steady pipeline of NIH-supported talent and discoveries emerging from research. Companies like Recursion, Myriad Genetics and BioFire Diagnostics thrive because of academic partnerships and access to skilled graduates. Pulling funding would slow innovation and shrink the talent pool. But it's not just about economics. It's about people. NIH funding supports clinical trials that help Utah families battling cancer. It funds suicide prevention programs in our schools, mental health outreach in rural counties, and pediatric care innovations at Primary Children's Hospital (PCH). It supports research for Native American communities and families dealing with chronic conditions like diabetes and asthma. Without that funding, many of these programs would disappear. I've seen the impact of public health investment firsthand. After I tested positive for latent tuberculosis as a student, I received free weekly treatment and health monitoring through the Utah County Health Department. It was science-backed care, delivered through a local system supported by federal resources. Without that treatment, I could have developed active tuberculosis — a threat not just to me but also to others. The system worked because it was built on scientific research and proactive policy. That kind of safety net doesn't happen without sustained funding. Furthermore, my nephew, Wesley, was cared for at PCH when he was just four months old. He was diagnosed with polyarteritis nodosa, a rare autoimmune disease that causes inflammation and damage to the heart. The NIH not only funds various programs at PCH but also was crucial to backing the science that led to properly diagnosing and saving Wesley. These cuts hurt the next generation. Graduate students and early career scientists — many of whom come from Utah — rely on federal research grants to get their start. If funding dries up, so do those opportunities. We risk losing promising young minds to other careers or other countries. This is not a partisan issue. Scientific progress should never be about politics. Every Utahn benefits from the medications they take, the clean water they drink, the safe food they eat and the medical care they receive. All of these are underpinned by science. Restricting it weakens our shared safety net and quality of life. Utah is built on hard work, innovation and foresight. Cutting science funding now would undermine the very foundation that allows us to adapt, compete and care for our communities. Science works for Utah — let's keep it that way.
