Outstanding Undergrad Research Awards 2024

Outstanding Undergrad Research Awards 2024


April, 2024
Above: Student recipients at the 2024 OUR Awards Ceremony

The University of Utah is one of the top research academic institutions in the Intermountain West, and it’s thanks in major part to the U’s undergraduate student researchers and the faculty who advise and mentor them.

Some of the university’s up-and-coming researchers and mentors were honored at the 2024 Office of Undergraduate Research (OUR) Awards, held virtually on April 1.

Every year, OUR recognizes one undergraduate student researcher from each college/school with the Outstanding Undergraduate Researcher Award, according to the office’s website. Partnering colleges and schools are responsible for selecting the awardee.

This year, 18 undergraduate researchers were honored with the Outstanding Undergraduate Researcher Award, two of them from the College of Science / College of Mines & Earth Sciences:

Autumn Hartley (Mentor: Professor Sarah Lambart)

Dua Azhar (Mentor: Professor Sophie Caron)

Autumn Hartley

Autumn Hartley (she/they) is also a College of Science ambassador and has a passion for science and learning as geology and geophysics major. Originally from Midway, Utah, she moved to Salt Lake City when she started school at the U where she became involved in many different organizations including oSTEM, which connects LGBTQ+ students in STEM. Outside of academia, she loves all things artistic. “I’m a writer, graphic designer, and a character designer when I’m not in the lab!” she says.

Dua Azhar

Born and raised a Utahn in Draper, Dua Azhar (she/her) is an honors physics student with a biomedical emphasis. During her undergraduate years here at the U, she says, “I intend to tie my education and research together towards an MD/PhD, in order to specialize in neurology.” Along with the sciences, she love the arts, especially film and photography. “So if you don’t see me in the lab, you’ll most likely see me making something with a camera!”

Opening remarks at the event were made by Associate Dean Annie Fukushima, followed by Provost Mitzi Montoya and VP Research Erin Rothwell. They were followed by the presentation of Undergraduate Research Scholarship recipients which included the 2023 – 2024 recipients of the Francis Family Fund Scholarships, Dee Scholarship, and Parent Fund Scholarship.

The Monson Essay Prize winner, Pablo Cruz-Ayala, was then acknowledged followed by the 18 OUR & Research Mentor Awards by college.

At the ceremony event, award recipients were able to thank their mentors, family and others for their support.

More information and criteria for both awards can be found on the OUR’s website Watch video of OUR awards 2024 program below:

Environmental refuges to escape the heat

Environmental refuges to escape the heat


May 1, 2024

 

On April 30, the Salt Lake County Health Department’s 2024 Climate & Health Symposium brought together experts, including University of Utah scientists, to talk about how climate change impacts human health.

One speaker was Daniel Mendoza, research assistant professor in atmospheric sciences; adjunct assistant professor in internal medicine; and adjunct assistant professor in City & Metropolitan Planning at the U.

Mendoza presented a case study, titled Environmental refuges during summertime heat and elevated ozone levels: A preliminary case study of an urban “cool zone” building. Mendoza and coauthors measured indoor and outdoor temperature and ozone levels at the Millcreek library, a building designated as a “cool zone” for the public to escape increasingly hostile environment extremes by climate change.

Mendoza spoke with AtTheU about environmental refuges in advance of the event and how cities can better protect vulnerable individuals.

How are heat and health related?

In Utah, we’re very aware of air quality-related health concerns, but we’re not as aware of the dangers of extreme heat. As the climate changes we need to pay attention to elevated temperatures, not only during the day, but also the temperature at night.

There’s lots of attention when we hit record highs, but they obviously happen during the middle of the day where there are many opportunities to seek refuge in venues with air conditioning. We’re generally at work or at school or can go to the store, for example, because these places are open when its hottest. High temperatures during the evening are more insidious—you’re very vulnerable to your environment while you’re sleeping, especially for children, the elderly, or people with chronic health issues. When it’s too hot at night, you’re not recovering at a cellular level. This can cause chronic health issues that for some, can lead to strokes, among other negative effects. We always see an uptick in heat-related illness in the ER during heat waves.

Read the rest of the interview by Lisa Potter in @ The U. 

Distinguished Professor: Davar Khoshnevisan

davar khoshnevisan, Distinguished Professor


May 1, 2024

Above; Davar Khoshnevisan. Credit: Mathew Crawley

 

A member of the Department of Mathematics since 1993, Davar Khoshnevisan became a full Professor in 2001 and was chair of the department from 2017 to 2023. His appointment to the rank of Distinguished Professor beginning July 1 is a recognition of his outstanding contributions to the research, teaching, and service missions of the department.

Khoshnevisan’s research in probability theory spans three sub-concentrations: mathematical statistics, multi-parameter random processes, and stochastic partial differential equations. These topics are mathematically sophisticated yet have immediate applicability in engineering and applied sciences. His work in mathematical statistics is used in high dimensional data analysis, while his research in stochastic partial differential equations has been used to model the intermittency properties of sunspot phenomena over time. His work on multi-parameter random processes led to the resolution of several long-standing conjectures on fractal properties of random fields, some of which dated back to the 1930s.

A prolific author of over 135 research papers that have been cited over 1,800 times, fully one-quarter of Khoshnevisan’s articles have appeared in Annals of Probability or Probability Theory and Related Fields, the most well-regarded journals in the field.

Additionally, Khoshnevisan is known as an excellent expositor. His textbook Probability is used in graduate-level probability courses across the country, and his monograph Multiparameter Processes is the standard in the field. His upcoming book Gaussian Analysis is intended for beginning researchers. He has also served in an editorial role for several prestigious journals.

Related to his publications, Khoshnevisan has received numerous accolades in recognition of his prodigious research output and his professional service, including in 1998 the Rollo Davidson prize. In 2015 he was made a Fellow of the Institute of Mathematical Statistics, and in 2020 he was elected as a Fellow of the American Mathematical Society. Then, in 2018 he was recognized as a Medallion Lecturer at the Institute of Mathematical Statistics’ annual conference.

Of special note is Khoshnevisan’s mentorship of young mathematicians. At least 50 of his research articles are jointly authored with his postdoctoral fellows and graduate students. At the U, Khoshnevisan has directly supervised 14 postdoctoral fellows, 10 PhD students, and nine master's of statistics students.

Khoshnevisan has been continuously funded by the National Science Foundation since 1997, with his most recent grant extending into 2026. This is a remarkable achievement given the exponential increase in probability research during that period and is an extraordinary validation of his research program. Equally impressive is that he was able to maintain his research funding while taking on the additional responsibilities of department chair. In 2020 alone, while chair and managing the pandemic, he published five remarkable articles on spatial ergodicity of solutions to stochastic partial differential equations. Already this work is being recognized as fundamentally important in the field.

“I am thrilled that Davar Khoshnevisan has been selected as a Distinguished Professor for the 2023-24 academic year,” says Department Chair Tommaso de Fernex. “This is a great accomplishment and well deserved recognition.”

by Tom Alberts

2024 Convocation Student Speaker: Dua Azhar

2024 Convocation Student SPeaker: Dua Azhar


May 2, 2024

Above: Dua Azhar (left) with Swoop (Buteo jamaicensis) dressed appropriately for the lab in PPE.

On May 2 physics graduate Dua Azhar spoke at the College of Science's 2024 convocation ceremony staged at the Huntsman Center. Her complete remarks are below.

Thank you, Dean Bandarian for the introduction. I am honored to speak today before the deans, faculty, family and friends, and of course Class of 2024, congratulations!

We’re all here today because of our love for the sciences. I know I've always been drawn to the mysteries of the natural world, from the universe to the human brain, all the way down to quantum mechanics. That rush of excitement and ideas that comes when reaching towards that you don’t understand keeps me motivated. So, it would make sense that I am here today graduating with a degree in physics. But if you told high school me I’d be doing that, I’d probably burst out laughing.

What I’ve learned these past few years is that there is a caveat to deciphering these mysteries because, as Cillian Murphy’s character says in the film Oppenheimer, “theory will take you only so far.” You see, in quantum mechanics, Heisenberg’s Uncertainty Principle states that it’s impossible to know all information about a particle. If you think this drives scientists crazy, you’re absolutely right. The past four years for all of us have also been filled with uncertainty, and I don’t know about you, but I also went a bit crazy. Yet, I and all of you are here today to celebrate the chances we took and the perseverance through the uncertainties that have come with this journey.

Dua Azhar gives student speech at 2024 Convocation.

For many of us here today, this is our first proper graduation – the last time we gathered for graduation, it was on Zoom and in parking lots. The global pandemic also didn’t stop after those make-do send-offs. However, we all decided to continue our educational journeys despite that uncertainty. Like many of you, I struggled during that time. Despite the difficulties, it was also beautiful because we came together to help each other push through it all. I know for a fact that I would not have been able to go through that time without the mentorship and support of the faculty, who went out of their way to not only accommodate all of us but also provide individual support, in and outside of classes. For example, while I was uncertain about my studies, it was because of the faculty and the college’s resources that I was able to forge my educational path, combining my interests in neuroscience with physics. I know many of you could share similar stories, because together, we persevered through uncertain times to reach this day.

And we didn’t get here alone. We all have loved ones that have supported us and set us on our paths. In my case, I cannot take credit for any of this without acknowledging the uncertainties my parents faced as immigrants. Exactly 30 years ago, being one of the few Pakistanis in Utah at the time, my father graduated from the U in mechanical engineering. His studies and career path influenced my own, and it was through both of my parent’s sacrifices in adapting to a new country that I am here today.

Watching my parents and the talented individuals around me, I have learned the value of taking chances amidst uncertainty. My parents took a chance for a better opportunity for our family. WE all took the crazy chance to go to college during a pandemic! And I took a chance on the sublime complexity that is physics.

As we leave here today, we’ll be entering anew into a world that is now especially uncertain and scary. But we can come together again to push through it. Some of us graduates might not know where we will go next, but there is a beauty to that uncertainty. It will bring the excitement, the collaboration, and the knowledge needed for us, together, to solve the problems and mysteries that keep us up at night. So sure, theory might only take you so far, but theorize anyway. Then take a chance, because you won’t know until you try.

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Humans of the U: Erik Smith

Humans of the U: Erik Smith


May 1, 2024
Above: Erik Smith, BS'23 in biology

 

Last spring, I graduated with a bachelor’s degree in biology and a minor in chemistry. Now I am a student in the Master of Business Creation program.

 

I started skiing when I was around three years old. My family had a tradition of going skiing together once a year. When I was in middle school, I started getting a season pass each year. Around this time, I also began snowboarding, which I have been doing ever since.

During my senior year of college, I applied to dental school and I made it all the way through interviews. From there, I just had to wait. I didn’t hear anything for about two months. It was a rough time because I just had no idea if I was going to get into school. While I was waiting, I used my downtime to go snowboarding. I wanted to try making my own wax, so I decided to do it for fun.

The wax ended up gaining some traction with others. At the time, I was a TA in a biochemistry lab. Over the course of a few months, I used all the resources I had to create the wax. Some professors in the College of Science and Department of Biochemistry helped me access some more, and I decided to go for it and create my business, Board Budder.

 

Read the rest of Erik's story in his own words in @ The U

Jay Mace: Scientist of Clouds, Painter of Landscapes

JAY MACE: SCIENTIST OF CLOUDS, PAINTER OF LANDSCAPES


April 30, 2024
Above: In April 2023, Jay Mace (left) poses at kennaook/Cape Grim, Tasmania, with Roger Marchand. The two were on a site visit for the Cloud And Precipitation Experiment at kennaook (CAPE-k), a field campaign that got underway a year later. Mace and Marchand are co-principal investigators for CAPE-k. Photo is by Heath Powers, Los Alamos National Laboratory.

FOR ONE UTAH RESEARCHER, A CHILDHOOD ADMIRATION FOR NATURE, BY WAY OF THE U.S. NAVY, EVOLVED INTO A CAREER STUDYING EARTH’S ATMOSPHERE

 

 

Mace painted this watercolor in January 2024 during a 60-day Southern Ocean voyage aboard the Australian research vessel Investigator. He estimates the deep-water scene was at about 50 degrees south latitude and 115 degrees east longitude. Photo is courtesy of Mace.

During his boyhood in northeastern Ohio, Gerald “Jay” Mace had two dreams.

One was to have a career that brought him close to nature. In those days, long hikes in the woods always included stopping by his favorite tree. It was a totem of the peace and fascination he found in the outside world and the knowledge it offered.

Today, Mace is an atmospheric scientist and professor at the University of Utah. He’s an avid hiker and camper. He bikes to work. He and his wife own a cabin in Idaho. He even paints, in oils, the nature he still loves. Always landscapes, always in one take, and always while seated outdoors. It’s a style of painting called en plein air, a French expression meaning “in the open air.”

His other dream was to get far enough away from Southington, Ohio, that he would never work in an auto plant. His father did assembly line work. Many cousins and uncles too. For him? Nope, never, and no way.

Mace calls his parents “progressive thinkers,” imbued with the sense of optimism the working class had in those days. “I picked that up.”

Optimism, the woods, and an affinity for science “were a big part of forming the way I looked at the world,” he says.

But optimism is not the same as having enough money for college. Halfway through his senior year of high school, Mace decided to join the U.S. Navy.

“My plans had not changed,” he says. “I was going to escape one way or the other. My ticket out was through the military.”

After basic training, only one Navy specialty resonated with Mace’s inclination toward the natural sciences: meteorology.

“They needed weather people,” he says, though he turned down an offer to be a nuclear engineer instead. “I’m an atmospheric scientist largely because I didn’t want to live in a submarine or in the bottom of some ship. I wanted to be able to see the sky.”

Read the full profile by Corydon Ireland, staff writer, Pacific Northwest National Laboratory in ARM: Dept. of Energy.

Devoted to Change: SACNAS

SACNAS undergraduates at the U


April 30, 2024

University of Utah SACNAS cohort in Puerto Rico. Left to Right: Benning Lozada, Palepoi Gilmore, Parker Guzman, Lorelei Sole, Nayma Hernandez, Laura Rupert, Chelsea Bordon, James "Jim" Ackerman (University of Puerto Rico Campus Río Piedras) Bottom: Rodolfo Probst and Felis catus. Not pictured: Fatima Serratos. Photo credit: Luz.

An undergraduate extension of the University of Utah chapter of the Society for the Advancement of Chicanos/Hispanics and Native Americans in Science (SACNAS) is celebrating its first anniversary serving and transforming the STEM culture of main campus.

Parker Guzman in Puerto Rico with the SACNAS cohort from the University of Utah.

 

“SACNAS is a place where you can go for opportunities,” Parker Guzman, the current president of the SACNAS undergraduate cohort, states. “And a community that’s fun and still focused on school.”

Established in 1973, the national society was formed to create community and a shared purpose for minorities in STEM. More than 50 years later, it is an organization whose influence and impact promotes all-inclusive diversity in STEM. Importantly, the 144 SACNAS local chapters support students who are historically underrepresented in STEM, helping them get opportunities and resources that are otherwise difficult to access.

The U chapter, founded in 2014 by bioscience graduate students at the health campus who desired closer community ties with other students underrepresented in STEM, today impacts undergraduates, graduates, postdoctoral researchers and professionals. Over the years, the chapter’s grassroots influence has fostered community, future leaders, recruitment and retention, and a culture of inclusion and true diversity. Awarded the “2021 SACNAS National Chapter of the Year” by the national organization, the U chapter boasts alumni who have gone on to establish the Professional Chapter at ARUP in Research Park, south of campus.

 

To Seed and Grow

Leveraging this momentum, the vibrant health campus chapter has helped seed and grow the undergraduate main campus extension of SACNAS to better address the unique needs of undergraduates in STEM and to develop new leaders. They found enthusiastic support from faculty advisors Naina Phadnis (from the School of Biological Sciences) and Holly Sebahar (Department of Chemistry) along with Rodolfo Probst (postdoc at the College of Science’s Science Research Initiative, or “SRI”). In 2022, with SRI’s Laura Rupert, Probst escorted students to Puerto Rico, where SACNAS held the National Diversity in STEM (NDiSTEM) Conference. It was the perfect environment for students attending the U to connect to and exchange ideas with members and officers from SACNAS chapters around the country. Plus, the national conference created a space for networking with other students and faculty and for opportunities to attend future academic conferences.

“There are different needs between graduate and undergraduate students,” Guzman explains. “And the NDiSTEM Conference has plenty of resources for undergrads. It’s a chance to find mentors and opportunities for summer internships and for displaying our research. The spirit of SACNAS was really embraced by the students that went to Puerto Rico. There was momentum from SRI students and others to get involved with the undergraduate chapter here at the U. I’ve never been to a conference that was more welcoming and warmer!”

The SRI has been directly involved in the development of the undergraduate SACNAS chapter. Many College of Science students are involved in both, with the SRI promoting community adherences to students through shared research labs — similarly to what SACNAS chapters promote for diversity in STEM. “The NDiSTEM in Puerto Rico was planting the seeds,” Guzman says. “We’re providing a nurturing environment.”

SACNAS glue

Rodolfo Probst, post-doctoral researcher and SRI stream leader, in Puerto Rico.

After the Puerto Rico conference, the extension of the SACNAS chapter for undergraduates worked to develop its foundations on campus. In April of 2023, Guzman and Palepoi Gilmore created and hosted a local version of the NDiSTEM conference at the U, where undergraduates were able to present their research, attend professional development sessions, and get better prepared to transition to graduate school.

“Students like Palepoi and Parker, and many others, spearhead and lead all the efforts,” co-advisor Phadnis, states. “These students have organized one event each month during fall and spring semesters, focusing on either community, recruitment, outreach or career building.” Chapter events include socials, outreach, and panels.

“Socials and outreach help foster a sense of belonging,” Probst states. “While panels provide our students with invaluable resources for the next career paths.” To that Guzman adds: “The focus of SACNAS is to build community. You can go and have fun while also talking about school and receiving resources and opportunities. SACNAS is creating a safe and inclusive community where all can thrive.” Faculty advisor Sebahar states, “that was a big part of why I asked to take part.”

SACNAS give students a place to present their research and gain access to resources without the pressures often found in academic spaces. “Sometimes,” says Guzman, “you feel pressure to perform if you're presenting, or as a student, you might feel a sense of hierarchy that is always pervasive.” At SACNAS conferences, however, there is a sense of community and support, alleviating that pressure.

The 2023 NDiSTEM conference, held in Portland, Oregon, proved equally supportive and inspiring. Guzman attended as an officer for the U’s chapter of SACNAS, and Probst and Mikhael Semaan (also an SRI postdoc) went to the conference with SRI students, who presented for the first time at a research gathering.

“I saw this full cycle,” Probst recalls about being at the conference. “There’s a momentum where students come back with full energy. SACNAS is a glue, facilitating this kind of networking and creating a space in which students can go to meetings themselves. That week of being together, traveling together, talking to people from all over the U.S. and finding similar ground,” he continues, addressing prospective SACNAS members, “there’s lots of students doing some really amazing things, from research to outreach, and they want to hear from you. You're going to make great friends; you're going to find great opportunities to network.”

Momentum, a powerful thing

Large, well-known companies and non-governmental organizations participate in SACNAS conferences. Google, NASA, National Geography, and The Nature Conservancy all send representatives to the NDiSTEM conferences as those gatherings provide an amazing recruiting pool for highly capable individuals from diverse backgrounds.

Within the SACNAS NDiSTEM, the hierarchy of higher education STEM in can be circumvented because students present their research, from many different backgrounds, directly not only to peers but to the broader STEM community in both academia and outside organizations.

“The whole environment makes presentations more fluid,” Probst states. “Folks are kinder and engage with purpose. The atmosphere creates that, and it’s a celebration of diversity of backgrounds, research, and ideas.”

SACNAS students at the April 2024 NDiSTEM conference at the U: Alexander Rich, Ainsley Parkins, and Sylvia Lee.

“In STEM, the responsibilities and trust can be highly regimented,” adds Guzman. “Undergraduate students might feel like they can’t participate because they aren’t grad students or postdocs.” SACNAS events facilitate the leveling of that playing field, helping students feel comfortable in taking on responsibilities and research they otherwise might not have access to.

“In undergraduate research, you’re sometimes delegated to doing tasks,” admits Guzman, “instead of being allowed to focus on the bigger picture of what you’re researching.” SACNAS helps open these opportunities, especially students that are historically underrepresented in the sector.

Arguably an uncertain time for organizations like SACNAS in higher-ed where terms like equity, inclusion and diversity are now contested, this unique society remains dedicated to “promoting true diversity and supporting minority and underrepresented students.” The SACNAS chapter at the University of Utah will continue to maintain a space where inclusion and true diversity in STEM is always the first choice. Emblematic of that dedicated mission, earlier this month, the chapter staged the second year of the local NDiSTEM conference, and 116 individuals, including students, speakers and invited guests from all backgrounds and diverse experiences, registered for a full-day interactive meeting.

Momentum is a powerful thing, and as the anthropologist Margaret Mead famously said, “Never underestimate the power of a small group of committed people to change the world. In fact, it is the only thing that ever has.”

This is true of the SACNAS undergraduate cohort at the University of Utah, and true of their president, Parker Guzman, and the faculty advisors devoted to change.

by CJ Siebeneck

Learn more:

  • Discord: SACNAS is currently recruiting members and officers, join our discord channel to get involved!
  • Linktree: SACNAS current ongoing events and programs
  • Conference Website: This year's Empowering Student's in STEM conference information.

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From Ecology To Impact Investing: Nalini Nadkarni

From Ecology To Impact Investing


April 24, 2024
Above: Nalini Nadkarni. Credit: Niki Chan Wylie

Harnessed and helmeted, ecologist Nalini Nadkarni has ascended the towering strangler figs of the Costa Rican rainforest to observe the many plants, animals, and microbes that live in the upper canopy. She has done the same in the temperate forests of Washington state. As a forest canopy researcher, this has been her work for four decades. She has published more than 150 scientific papers and articles and was named a National Geographic Explorer at Large in 2023. But that is not where her efforts stop.

 

 

Reaching far beyond the scientific community, she has created science education programs for people who are incarcerated, programming for churches and synagogues, and worked with Mattel to create a set of Explorer Barbies to inspire girls to study nature. These efforts speak to Nadkarni’s desire to broaden her reach beyond academia to ensure trees do not go overlooked. That, despite their silent and sedentary nature, people would recognize the multiple ways trees enrich our lives and life on our planet.

It is with this same spirit of creating connections that Nadkarni became a Sorenson Impact Institute Senior Fellow in Residence. She said she sees a great deal of common ground and potential for complementary efforts between ecology and social impact investment. As the Institute’s newest fellow, she will bring her expertise, experiences, and contacts in ecology, conservation biology, and the environment to the Institute to create new pathways to connect ecological actions and programs with the power and mission of impact investment.

Read more about Nadkarni’s career and her vision for her work with the Sorenson Impact Institute at Forbes.

Biologist Eron Powell: Student Commencement Speaker

shaping students into people of excellence


April 29, 2024
Above: Eron Powell

For the 2024 University of Utah student commencement speaker Eron Powell, a love of learning is one of the most important things he is taking away from his time at the U.

“Outside of college and into the future, I hope to always be able to educate myself,” Powell said. “We are never complete people. We have to keep working on ourselves. That is the fun of living—learning to be a better person who is more kind, more compassionate and more caring.”

Twenty-six-year-old Powell grew up in Emmett, Idaho, with his seven siblings. Graduating with a Bachelor of Science in biology, he was drawn to the U because of the school’s research opportunities and the prestige of the U’s College of Science.

Though Powell faced many challenges during his first year of college, from health issues to adapting to rigorous course work to finding his place among strangers, there is a lot he will miss about being a U student.

“As we approach commencement, I’m sadder than I thought I would be,” Powell said. “I thought I’d be so excited, but I really loved my experience at the U. So it’s hard that it’s ending.”

 

Read the full article by Maitlyn Mortensen in @ The U. 

The General Commencement ceremony where Powell will speak will be held on Thursday, May 2 at 6 p.m. in the Jon M. Huntsman Center. Read more about the 2024 commencement here.

Arbor Day & Cottam’s Gulch

Arbor Day & Cottam's Gulch


April 26, 2024
Above: Cottam's Gulch, Credit: Mathew Crawley

On this Arbor Day: The legacy of botanist Walter Cottam transformed U campus into a living laboratory. How the university became Utah's official arboretum, home to 9,600 trees on its main campus, featuring at least 250 species from around the world.

Back in the 1930s, University of Utah administrators had a plan for a natural gully that ran past the then-new Thomas Building (now housing the Crocker Science Center) south of Presidents Circle. That proposal was to fill it and and stick more buildings there.

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Botany professor Walter Cottam had a different idea for the spot. How about a botanical feature filled with exotic trees? This vision for what became known as Cottam’s Gulch somehow prevailed, and ultimately proliferated around the U where Cottam and colleagues went on a decades-long tree-planting spree.

Thanks to those efforts, the Utah Legislature in 1961 designated the booming campus as the state’s official arboretum, to “provide resources and facilities for cultivating a greater knowledge and public appreciation for the trees and plants around us, as well as those growing in remote sections of the country and world.”

More than 60 years later, main campus is home to 9,600 trees representing 250 species and many more different varieties within species. With Arbor Day upon us (April 26), now is the time to tour the campus arboretum with trees beginning to leaf and blossom.

Bring a smartphone so you can scan the QR codes found on placards attached to about 100 trees, most of them within or near Presidents Circle.

Read the full story by Brian Maffly and take a guided tour of the gulch in @ The U. Read a previous article about Cottam's Gulch by Ann Jardine Bardsley BA'84 here.