UVM Announces Winners of 2019 SPARK-VT Faculty Pitch Competition

The University of Vermont has awarded SPARK-VT grants of $50,000 to three faculty research teams to help them commercialize their work and move it a step closer to the marketplace.

The Ventalect

Critical care and pulmonary specialist Prema Menon, M.D., Ph.D., an assistant professor of medicine, won for a tool called Ventalect that allows ICU patients with acute respiratory failure on mechanical ventilation to communicate, even though they are unable to talk. 

Menon and her team worked with students from UVM’s College of Engineering and Mathematical Sciences to develop the prototype – a tablet enabled with Menon’s algorithm and two-button controller – designed to serve the estimated 800,000 patients in the U.S. who are awake and need to be able to participate in their own treatment decision-making.

“The device is novel, because it is based on experiences of patients, family members, and clinicians and it allows for patients to initiate communication independently,” Menon said.

Microslot Writer

Physics professor Randall Headrick won for the Microslot Writer, a tool that can apply a liquid solution containing molecules that act as semiconductors to a flat surface. When the liquid evaporates, the semiconductors are left behind as a thin film of large grain crystals. The process is a simpler, cheaper and more efficient way of printing semiconductors than traditional methods.

While the technology could have many uses, Headrick’s SPARK-VT application focused on using the device to apply semiconductors that function as solar panels to a flat surface. Headrick has previously patented a “pen-writer” system that applies the crystals in a line. The new technology is a writing “head” that allows them to be rolled on a surface.

“The core idea is to get as close as possible to be able to paint solar panels on the side of a house,” Headrick said. 

Headrick will use the SPARK-VT award to create a prototype Microslot Writer specially geared to producing solar panels. He plans to work with industry partners, including Omega Optical in Brattleboro Vt., to develop the technology. The thin film solar market is a multi-billion market, Headrick said.

Augmented reality system for ground-penetrating radar

Dryver Huston and Tian Xia in UVM’s College of Engineering and Mathematical Sciences won for further development of their “cognitive ground penetrating radar” system.

The team has won two previous SPARK-VT awards for the technology, which can peer up to 12 feet underground to detect buried infrastructure at a construction site, giving developers and planners a tool that could vastly speed the permit approval process, which can take two years in a major city.

Dryver Huston and Tian Xia with the ground-penetrating radar system

The new award will be used to further develop the augmented reality portion of the project – which converts in real time a variety of inputs, including radar scans, into high quality images of underground objects that a non-specialist on- or off-site can read and understand.

The technology earned a Smart 50 Award from U.S. Ignite and other funders and was featured at the National Smart Cities Conference in 2018.

At UVM’s annual SPARK-VT competition, faculty pitch their commercialization ideas to a panel of experts who challenge them with questions, then deliberate in private before announcing the winning teams.

“Congratulations to all three teams for submitting high quality entries with great potential,” said Richard Galbraith, UVM’s vice president for research. “All three entries show a high degree of sophistication, both in their underlying science that drives the innovation and in faculty’s grasp of the realities of the marketplace.”   

SPARK-VT is designed to help bridge the divide between research and the marketplace by bringing promising researchers together with business innovators and biotech leaders. The program offers frequent workshops to faculty interested in commercializing their research on topics ranging from intellectual property to market analysis to the art of the pitch.  A select group of faculty who’ve submitted SPARK-VT proposals are invited to make presentations to a panel of 12 leaders from biotech, pharmaceutical, business, engineering, finance and legal fields. Panel members ask questions, challenge presenters on the details of their plans and offer suggestions. The $50,000 seed funding comes from UVM’s Office of the Vice President for Research and Office of the Provost.

Since its launch in 2012, SPARK-VT has funded 21 faculty proposals. It has spawned three start-up companies and has been a factor in faculty being awarded 23 Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) grants from the federal government.

Source: UVM News

UVM Completes Warp-Speed Upgrade of Its Supercomputer

The University of Vermont unveiled a massive upgrade of its supercomputer, the Vermont Advanced Computing Core (VACC), on Wednesday morning that will increase its speed by a factor of over 200.   

Using a $1 million grant from the National Science Foundation, the university added a cluster of 80 high performance graphics processing units, or GPUs, containing 460,000 processing cores to the VACC, housed in UVM’s primary datacenter in South Burlington, over the winter and spring.

The new computing cluster, dubbed DeepGreen, is now operational. It can achieve a speed of over 1 petaflop, or one thousand million million computations per second, the equivalent of 20,000 laptop computers working in tandem. 

“This is massive upgrade,” said Richard Galbraith, UVM’s vice president for research, “and a necessary one. In this age of big data, having a facility like this is absolutely essential for our faculty to stay at the cutting edge of their disciplines.”  

The upgrade positions the university well, said Adrian Del Maestro, associate professor of physics, director of the VACC and principal investigator on the NSF grant.

“It one of the fastest supercomputers in New England,” he said, “and one of the 100 fastest academic supercomputers in the country.”

According to Del Maestro, the increase in processing speed, combined with hyper-fast network connections within the cluster, will enable faculty to take on new types of research projects they did not have the computational power to explore in the past.

He cited three examples.

“Josh Bongard in Computer Science will use DeepGreen to analyze a gigantic crowd-sourced data set to produce safer human-robot interactions,” he said. “Hugh Garavan in Psychiatry will use the new machine learning cores on the cluster to determine the impact of substance use on developing adolescents using brain imaging. And Yolanda Chen in Plant and Soil Science can massively speed up the genome re-sequencing of the Colorado Potato Beetle to better combat emerging threats to our food supply in a changing climate.”

The upgraded VACC will also be a great asset in undergraduate education, said Safwan Wshah, an assistant professor in UVM’s Computer Science department who teaches machine learning and deep learning to about 80 students per year.

“Deep Green will enable them to take on more and bigger projects and put them at a distinct advantage as they enter a job market that is tightly focused on artificial intelligence,” he said. “They are very excited to be entering this new age of discovery.”

Source: UVM News

In Proverbial Happy Ending, Scholar’s Massive Book Collection Finds a New Home

Of all people, Wolfgang Mieder would seem to deserve the peace of mind that comes from hard work and goals accomplished.

Over his nearly half century at UVM, the gregarious German professor has written or edited well over 200 book and published over 500 articles on proverbs, his academic specialty. For decades he’s produced a massive annual of proverb criticism called Proverbium, published at UVM. He’s given more than 500 talks in two dozen countries on his special topic. And he’s been the subject of no less than six festschriftenn, collections of essays written by scholars commemorating a fellow expert.  

But for a good decade, Mieder has been troubled.   

The source of his worry? A bulging addition to his home, the largest room in the house, that held – in floor-to-ceiling shelves covering all four walls – the massive array of proverb collections and proverb studies he had accumulated over five decades of acquisition.  

It wasn’t the strain on the domestic infrastructure caused by his habit of adding 100 new books a year that was making him anxious; it was what would happen to all those volumes in the future. Mieder turned 75 this year.

His wife Barbara, surveying the stuffed shelves, would ask, “Wolfgang, you’re getting to an age; what am I to do if something happens you?” Mieder recalls.

“It was such a unique library, I didn’t want it to be dispersed,” Mieder says. “That was my big worry – seeing the books end up at some book sale selling for a dollar apiece.”

That would be a significant loss, and not just for sentimental reasons.

Is the last few years, hordes of proverb scholars from the U.S., Kenya, China, Germany, Ireland, Hungary, Russia, Spain and beyond have trooped to Mieder’s home in Williston to access his proverb collections in two dozen languages and dip into proverb studies with titles like The Adages of Erasmus and “Right Makes Might”: Proverbs and the American Worldview, Mieder’s latest.

“There really is no other collection like it in the world,” Mieder says. 

The logical way to preserve such a treasure would be to transfer it to the special collections department of a university. But time and again, at universities abroad and in the U.S., including UVM, Mieder heard the same story – his collection was too much of a good thing.

“Nobody wants collections,” he says. “There isn’t the space.”

The size was a deal-breaker, confirms Jeff Marshall, Special Collections director at UVM. “There simply wasn’t room for it.”

Friends in high places

The topic of what would happen to his collection was never far from Mieder’s mind, and he wasn’t above giving voice to his worries with his friends, some of whom – like Leslie and Tom Sullivan, UVM’s former president –  were not only sympathetic, but in a position to help.

At Mieder’s 75th birthday party, a gala lunch held in the Alumni House’s Pavilion in February, the German professor was seated next to the Sullivans.

“He’s always sharing with me what his new books are, and I’ve seen his library,” Sullivan said. “He said, as he’s said before, ‘I’m not quite sure what I’m going to do with my books.’”

By coincidence, Sullivan had just returned from a visit to the Billings Library, where  North Lounge, a majestic room once stuffed with books when Billings was UVM’s only library, was now eerily book-free while Special Collections staff puzzled over the space. It lacked the security to house any of the department’s collections. What could go there instead?

“Wolfgang, I have an idea; I’ll get back to you,” Sullivan said to his lunch companion.

Solution looking for a problem

Sullivan promptly paid a visit to then dean of libraries Mara Saule and suggested Mieder’s collection would be a perfect fit for North Lounge. She warmed to the idea, likening Mieder’s books and North Lounge to two puzzle pieces that fit together perfectly.

Marshall – who was close to moving a large collection of surplus books to the space for ornamental purposes only – was also bullish.

The North Lounge space was “a solution looking for a problem,” he says, and one had magically appeared.

“Once it clicked, everyone was like, this is perfect,” says Selene Colburn, UVM Libraries’ communications director.

Sullivan, whose office contributed six sets of three book shelves to the project, delivered the news to Mieder, who was delighted.

About two months later, his collection of 8,000 volumes – 6,000 from Mieder’s home and another 2,000 in a proverb archives down the hall from his office in Waterman Building –  had taken up residence in Billings, moved in two giant truckloads and placed on the shelves in careful order by Mieder and three library staff.

The Wolgang Mieder International Proverb Library, the only one of its kind, officially opened in the middle of May.

For Mieder, the worry is gone. 

“It’s dream come true, and I couldn’t be more grateful to UVM,” he said. “My American colleagues all say this is just incredible that the university has done this.”

Marshall is happy, too. “It looks great. And it’s a meaningful collection that will be useful to scholars.”

And there are ancillary benefits.  

Those proverb scholars from around the world whom Mieder hosted at his home for days on end?

“Now they can sit at the library all day, and I’ll take them out to dinner.”

 

Source: UVM News

UVM Again One of Princeton Review’s Best Colleges

The University of Vermont is again one of the nation’s top colleges, according to The Princeton Review. The education services company profiles and recommends UVM in the 2020 edition of its annual guide for undergraduates, The Best 385 Colleges.

Only about 13 percent of America’s 3,000 four-year colleges are included in the book, which is one of The Princeton Review’s most popular publications. The company chooses colleges for the book based on data it annually collects from administrators about their institutions’ academic offerings.

The Princeton Review also considers data it gathers from its surveys of college students who rate and report on various aspects of their campus and community experiences for this project.

Based on student feedback, UVM ranks as #17 for Best Health Services, #19 for College City Gets High Marks, and #20 for Their Students Love These Colleges. The university is also listed as #3 for Top 50 Green Colleges, among other rankings.

In their survey responses, UVM students characterize the school as “academically rigorous,” offering “great academics in a great area with lots to do while getting a great education.” They describe their fellow students as “intelligent, hardworking, cooperative, and all-around good people” who show “exceptional passion for what they do, whether in the classroom or out.”

Source: UVM News

UVM Receives $6.6 Million to Address Rural Addiction

Sen. Patrick Leahy, vice chairman of the Senate Appropriations Committee, announced Thursday that the University of Vermont is receiving $6.6 million from the U.S. Department of Health and Human Services (HHS) Health Resources and Services Administration’s Rural Communities Opioid Response Program for Rural Centers of Excellence on Substance Use Disorders.

Drawing on the groundbreaking work being done at the University of Vermont and the UVM Medical Center to address opioid addiction in rural America, Leahy authored and included provisions in the fiscal year 2019 Labor-HHS Appropriations Act to provide $20 million in new funding to establish three “Rural Centers of Excellence on Substance Use Disorders” around the country.

Leahy said: “Every community and every family has been touched in some way by the struggle of addiction. Rural communities, like those across Vermont, have been at the front lines of the opioid epidemic. These are communities that face unique challenges in confronting this crisis. And Vermont, like so many times before, is leading the nation in addressing this crisis. As a Center of Excellence, the University of Vermont in collaboration with the UVM Medical Center and other statewide partners will be able to build on their innovative work to combat addiction and apply those lessons to rural communities around the country. It is my hope that this new center will help rural communities confront halt the scourge of opioid and other addictions in their tracks.”

This funding will go toward the creation of a University of Vermont Center on Rural Addiction that will be dedicated to identifying, translating, disseminating, and implementing Hub and Spoke, Community Reinforcement Approach and other evidence-based to address the opioid epidemic in rural communities. The Center of Excellence at the University of Vermont will implement the rollout of three strategic priorities including surveillance, education and outreach, and technical assistance to rural communities.

Suresh Garimella, the University of Vermont’s president, said: “We at the University of Vermont are honored and grateful to have been selected to receive this significant award which will contribute to stemming the devastating effects of substance abuse in Vermont and the nation, in keeping with our land-grant mission. This grant provides UVM an opportunity to build on our outstanding basic science research to address this major societal challenge, partnered with the unparalleled clinical care provided by the University of Vermont Medical Center to patients with opioid dependence.”

As Appropriations vice chairman, Leahy secured $20 million in the 2019 Appropriations Act that provides funding for the HHS Department to establish three centers dedicated to the unique needs of rural communities in addressing the opioid crisis. With unique challenges like access to treatment and prevention centers, rural communities have been devastated by the opioid epidemic with greater rates of lethal overdoses than their urban counterparts.

Vermont has led the nation in confronting this crisis in rural America with new and innovative approaches like the Hub and Spoke model, which takes a system-wide approach to addressing addiction. The University of Vermont has been a leading contributor to much of this pioneering work across the state and has taken their findings to other rural communities across the country that seek innovative, successful ways to deploy new federal resources provided in recent years to combat the opioid epidemic.

Leahy drew on this innovative and collaborative approach in creating the Rural Communities Opioid Response Program. Other recipients of the grants are New York and Georgia. The centers will focus on researching science-based, community approaches to the opioid crisis and implementing those approaches around the country by providing scientific and technical assistance.

Source: UVM News

UVM, Army’s Cold Regions Lab Sign Educational Partnership Agreement

The University of Vermont and the Cold Regions Research and Engineering Laboratory (CRREL) signed an Educational Partnership Agreement today that will lead to a wide range of education and research-oriented exchanges between the two organizations.

CRREL, based in Hanover N.H., is part of the United States Army Engineer Research and Development Center (ERDC). It is a national resource for cold regions science and engineering. CRREL scientists and engineers seek innovative, interdisciplinary solutions to the challenges faced by the Army, the Department of Defense and the nation in the earth’s cold and complex environments.

The broad purpose of the agreement is to encourage and enhance study in the STEM disciplines — science, technology, engineering and math – at UVM by connecting students with the equipment and personnel at the lab, involving them with projects and providing them with career advice.

Much of the work at the lab will be designed so students can receive academic credit for it.

In addition, UVM faculty will assist staff at CRREL in various research projects the lab is conducting and will conduct their own research that could advance the goals of the lab. 

“This is a great opportunity for our students to work at the cutting edge of scientific research, with highly sophisticated equipment and skilled scientists,” said Richard Galbraith, UVM’s vice president for research. “Our hope is that it will both enhance their academics and give them real world research experience that will help them after they graduate,” he said.

“I am delighted that we’ve added UVM to our educational partnership group,” said CRREL director Dr. Joseph Corriveau. “The agreement gives the lab staff anther chance to work with a great university and affords UVM students with opportunities to experience a diversity of thought and technical agility in solving scientific and engineering challenges, thereby contributing to their overall academic experience.”

The U.S. Army Engineer Research and Development Center is one of the premier engineering and scientific research organizations in the world. As the research organization of the U.S. Army Corps of Engineers, ERDC conducts R&D in support of soldier, military installation and civil works projects, federal agencies, state and municipal authorities, and U.S. industry through innovative work agreements. 

Source: UVM News

A Summer On, Not Off

Following the excitement of Commencement, the summer months that follow on campus may appear to pale in comparison to spring’s liveliness and rigor. That is, unless you know where to look. Whether they’re conducting research in a close-knit lab or working for various departments on campus, interning nearby in downtown Burlington’s bustling business district or pursuing a passion project elsewhere in the world, Catamounts are learning hands on year-round. Read on to meet a few such undergraduate students.

 

At the Campus Children’s Center, rising senior Kira Hislop (above) is speaking two languages; besides English, she’s chatting with students in American Sign Language, too. Hislop has worked as a childcare assistant for the last two years, supporting teachers and leading an inclusive classroom. “My time at the school is something I’ve been really proud of,” says the education major and human development minor. Among the biggest things she’s learned: patience, and seeing each child’s perspective. “I also feel very strongly about the capability of children. As adults, we can look past just how perceptive and resilient children are. I see that every day when I look at the growth of the children in our classroom,” says Hislop. The Vermont native has her sights set on a career in education policy.

“There have been many surprising things working for the lab,” says Robby Beattie, a software engineer in UVM’s Social Ecological Gaming and Simulation Lab. Beattie created the code, art assets and animations for a virtual reality simulation aimed at understanding human behavior as it relates to biosecurity practices. (Photo: Sally McCay) 

“This was not the kind of work I thought I would be doing at UVM,” says sophomore Robby Beattie. The computer science major has been part of a project in UVM’s innovative Social Ecological Gaming and Simulation (SEGS) Lab, where researchers are using video games to better understand complex systems. One example: to understand the role of human behavior in animal disease outbreaks, the team is designing video games in which players assume the role of a hog farmer and make risk management decisions. This summer, Beattie worked as a software engineer developing virtual reality and multiplayer simulations, “in the interest of finding out what makes people comply with biosecurity practices,” he explains. Beattie says his experience developing VR in the lab this summer helps set him apart. “The SEGS Lab has added a lot to my UVM experience, getting to work on a real project,” he says. “Having doctors and professors come to me with questions about virtual reality has been pretty cool.” Read more about the research project.

Key Nguyen smiles in front of the Department of Nursing at the University of Vermont.

“Nursing programs are competitive and UVM’s is no exception,” says Key Nguyen. Thanks to his studies and hands-on experience in simulation labs that mimic real-world medical settings, he’s prepared to work with seniors and high schoolers alike this summer. (Photo: Janet Franz)

Nursing student Key Nguyen ’21 is spending his summer bouncing back and forth between his past and his future with his summer jobs as a resident care assistant at the Converse House senior living center downtown and his role as an Upward Bound tutor-counselor at UVM. A first-generation American, college wasn’t always in the cards for Nguyen. It wasn’t until a chance encounter at a nursing home inspired him to pursue a career in nursing in order to care for his aging parents and others in the future. While he tends to residents at Converse House at least 20 hours a week in the evening, his days are spent helping underprivileged high schoolers prepare for college. “A lot of the students were interested in the healthcare field, so it was part of my job to help them navigate the college pathway to the professions they desired,” he explains. Now halfway through his undergraduate studies, Nguyen plans to stay at UVM to pursue a master of science in nursing, followed by a doctor of nursing practice degree. Read more about Nguyen.

Ross Buchman’s summer plans may have been in motion as far back as December 2018, but his preparation and diligence paid off—literally—when he was able to secure funding for his summer research on brain cancer, a topic close to his heart as a cancer survivor himself. As a paid lab assistant for a neurosurgeon at the Washington University School of Medicine in Saint Louis, Missouri, rising sophomore Buchman combines his passion for cancer research and medicine with a strong resume-building experience in a cutting-edge lab, all while getting the financial support from UVM to pursue the opportunity. Buchman spent the spring semester at UVM proactively putting the necessary pieces together with the help of the Office of Fellowships, Opportunities and Undergraduate Research (FOUR). When the final part clicked together in the form of a summer fellowship from FOUR, he was able to check off all the boxes that comprised his summer dream job. Read more about Buchman’s research.

Zoe Albion holds potato plant covered in Colorado potato beetles.

Wildlife biology senior Zoe Albion feeds and inspects hundreds of Colorado potato beetles at the Chen Lab in the Rubenstein School. These pests are invasive to potato plants, but Albion’s research might contribute to an organic solution that deters them one day. (Photo: Sally McCay)

Hanging out with a bunch of pests all day may not sound like an exciting summer to some, but fortunately for Zoe Albion ’20, she’s grown quite fond of the little Colorado potato beetles she’s researching. The wildlife biology major is monitoring their stress levels in response to predators in an effort to better understand strategies for natural pesticides. In the Chen Lab, she’s physically placing spiders—a predator of the beetle—near the pest for variations of time and recording their responses to the preditor’s close proximity. “This is an amazing opportunity to do real research and contribute to a body of scientific knowledge that is pertinent and applicable to farmers in Vermont, as well as elsewhere,” she says. “I’m learning from extremely experienced graduate students and professors, and I’m getting a better understanding of how science becomes practice.”

Rachel Kim with calf

Rachel Kim ’21 had worked with animals before, but not any as large as the cows in the CREAM barn, the Cooperative for Real Education in Agricultural Management. She served as CREAM president this summer. “Every little task given to you was the opportunity to learn something new.” (Photo: Courtesy of Rachel Kim)

It was Rachel Kim’s day off from CREAM. As she describes it, “I was sitting in the barn doing homework. The next thing I know, I’m watching a veterinarian perform surgery on one of our cows.” Kim, who served as president of the student-run dairy herd this summer, says experiences like this meant constant opportunities to learn. “It was surprising just how accurate the statement ‘hands-on experience’ was for CREAM,” says the rising junior, a double major in animal science and nutrition & food science. “I chose UVM for many reasons, but what really drove me to Vermont was the CREAM program.” Beyond caring for the herd, Kim kept barn operations organized, and frequently consulted with faculty and advisors. After graduation, she plans to apply to veterinary school. Her time in the barn, Kim says, gave her a chance to flex skills learned in Dr. Patricia Erickson’s applied animal health course: “Since animals cannot verbally communicate their problems, it is up to us.” Kim says she’s found a second home at the barn. “While CREAM is a graded university course, the people and cows make you feel like you’ve always belonged there.”

Joe Kajander conducts an experiment in the Amiel Lab at UVM

“In research, you can go in a million different directions and explore anything. The better you get at asking questions, the better you get at plotting your path,” says Joe Kajander, who is well on his way to plotting his path. This summer marks his third year in the Amiel Lab, where his current research focuses on the sugar metabolism of human dendritic cells. (Photo: Janet Franz)

This summer in Professor Eyal Amiel’s laboratory in the College of Nursing and Health Sciences, Joe Kajander ’20 cultures human dendritic cells — special cells that help activate the immune system — to investigate the mechanisms behind their sugar metabolism during phagocytosis, the process by which the cells break down pathogens. “Dendritic cells have roles in viral and bacterial infections, cancer and autoimmune diseases like multiple sclerosis,” he explains. “If we are better able to understand their metabolism, there may be ways for us to increase or decrease their metabolism to fight disease or reduce abnormal immune response.” In his third year working for the Amiel Lab, Kajander says he’s beginning to think like a scientist — an important qualification as an aspiring med student. “Getting my foot in the door early made a huge difference. Now I’m asking important questions, forming hypotheses and thinking through problems,” he says. Read more about Kajander’s research.

In many ways, Cole Green’s internship at the Vermont Small Business Development Center (SBDC) is actually a break. As a finance and accounting student with minors in history and economics, Green ’20 usually has his plate full with academics and the Global Family Enterprise Case Competition. But as a special projects intern for SBDC this summer, he was able to flex his creative muscle as he engaged with young entrepreneurs across the state and connected students with small business programs in Vermont. “It’s really difficult to start a business in Vermont, and there aren’t many people in the state to work with if you have that next big idea. SBDC is just one of several organizations that tries to keep the innovators in the state to start their business and create some jobs,” he explains. Green’s office, located in the in Vermont Center for Emerging Technologies in Burlington, also lent itself to inspiration and advice for his fellow classmates: “It’s a coworking space for entrepreneurs and remote workers. UVM students get a free membership, and they have a ton of resources to help bring an idea to life.”


Writing for this piece contributed by Kaitie Catania, Andrea Estey, Janet Franz, and Rachel Leslie.

Source: UVM News

City Parks Lift Mood as Much as Christmas, Twitter Study Shows

Feeling unhappy and cranky? The treatment: take a walk under some trees in the park. 

That may not be the exact prescription of your doctor, but a first-of-its-kind study shows that visitors to urban parks use happier words and express less negativity on Twitter than they did before their visit—and that their elevated mood lasts, like a glow, for up to four hours afterwards.

The effect is so strong—a team of scientists from the University of Vermont discovered—that the increase in happiness from a visit to an outpost of urban nature is equivalent to the mood spike on Christmas, by far the happiest day each year on Twitter.

With more people living in cities, and growing rates of mood disorders, this research may have powerful implications for public health and urban planning. 

The new study was published August 20 in People and Nature, an open-access journal of the British Ecological Society.

Green matters

For three months, a team of scientists from the University of Vermont studied hundreds of tweets per day that people posted from 160 parks in San Francisco. “We found that, yes, across all the tweets, people are happier in parks,” says Aaron Schwartz, a UVM graduate student who led the new research, “but the effect was stronger in large regional parks with extensive tree cover and vegetation.” Smaller neighborhood parks showed a smaller spike in positive mood and mostly-paved civic plazas and squares showed the least mood elevation.

In other words, it’s not just getting out of work or being outside that brings a positive boost: the study shows that greener areas with more vegetation have the biggest impact. It’s notable that one of the words that shows the biggest uptick in use in tweets from parks is “flowers.”

“In cities, big green spaces are very important for people’s sense of well-being,” says Schwartz; meaning that efforts to protect and expand urban natural areas extend far beyond luxury and second-tier concerns—“we’re seeing more and more evidence that it’s central to promoting mental health,” says Taylor Ricketts, a co-author on the new study and director of the Gund Institute for Environment at UVM.

In recent years, “a big focus in conservation has been on monetary benefits—like: how many dollars of flood damage did we avoid by restoring a wetland?” Ricketts says. “But this study is part of a new wave of research that expands beyond monetary benefits to quantify the direct health benefits of nature. What’s even more innovative here is our focus on mental health benefits —which have been really underappreciated and understudied.”

Measuring happiness

The new study relied on the hedonometer. This online instrument—invented by a team of scientists at UVM and The MITRE Corporation, including Chris Danforth and Peter Dodds, professors at UVM’s Complex Systems Center and co-authors on the new study—has been gathering and analyzing billions of tweets for more than a decade, resulting in numerous scientific papers and extensive global media coverage.  The instrument uses a body of about 10,000 common words that have been scored by a large pool of volunteers for what the scientists call their “psychological valence,” a kind of measure of each word’s emotional temperature.

The volunteers ranked words they perceived as the happiest near the top of a 1-9 scale; sad words near the bottom. Averaging the volunteers’ responses, each word received a score: “happy” itself ranked 8.30, “hahaha” 7.94, and “parks” 7.14. Truly neutral words, “and” and “the” scored 5.22 and 4.98. At the bottom, “trapped” 3.08, “crash” 2.60, and “jail” 1.76. “Flowers” scored a pleasant 7.56.

Using these scores, the team collects some fifty million tweets from around the world each day—“then we basically toss all the words into a huge bucket,” says Dodds—and calculate the bucket’s average happiness score.

Park position

To make the new study, the UVM team fished tweets out of this huge stream—from 4,688 users who publically identify their location—that were geotagged with latitude and longitude in the city of San Francisco. This allowed the team to know which tweets were coming from which parks. “Then, working with the U.S. Forest Service, we developed some new techniques for mapping vegetation of urban areas—at a very detailed resolution, about a thousand times more detailed than existing methods,” says Jarlath O’Neil-Dunne, director of UVM’s Spatial Analysis Laboratory in the UVM Rubenstein School of Environment and Natural Resources and a co-author on the new study. “That’s what really enabled us to get an accurate understanding of how the greenness and vegetation of these urban areas relates to people’s sentiment there.”

“This is the first study that uses Twitter to examine how user sentiment changes before, during, and after visits to different types of parks,” says Schwartz, a doctoral student in the Rubenstein School and Gund Institute graduate fellow supported by the National Science Foundation. “The greener parks show a bigger boost.”

Overall, the tweets posted from these urban parks in San Francisco were happier by a dramatic 0.23 points on the hedonometer scale over the baseline. “This increase in sentiment is equivalent to that of Christmas Day for Twitter as a whole in the same year,” the scientists write.

The cause of affect

“Being in nature offers restorative benefits on dimensions not available for purchase in a store, or downloadable on a screen,” says UVM’s Chris Danforth, a professor of mathematics and fellow in the Gund Institute. He notes that a growing body of research shows an association between time in nature and improved mood, “but the specific causal links are hard to nail down.”

The team of UVM scientists consider several possible mechanisms through which urban nature may improve mental health, including Green Mind Theory that suggests that the negativity bias of the brain, “which may have been evolutionarily advantageous—is constantly activated by the stressors of modern life,” the team writes.

“While we don’t address causality in our study, we do find that negative language—like ‘not,’ ‘no,’ ‘don’t,’ ‘can’t,’—decreased in the period immediately after visits to urban parks,” says Danforth, “offering specific linguistic markers of the mood boost available outside.” Conversely, the study shows that the use of first-person pronouns—“I” and “me”—drops off dramatically in parks, perhaps indicating “a shift from individual to collective mental frame,” the scientists write.

Of course, Twitter users are not a representative sample of all people—just who are the “twitter-afflicted” (as Adam Gopnik wrote in a recent issue of the New Yorker) who pick up their phone to tweet from a park? Still, Twitter users are a broad demographic, earlier research shows, and this approach to near-real-time remote sensing via Twitter posts—not based on self-reporting—gives a new window for scientists onto the shifting moods of very large groups. 

The nature of happiness has been pondered by philosophers for centuries and studied by psychologists for decades, but this new study suggests it might be as clear as that: in nature, people tend to be more happy—and that’s a finding “that may help public health officials and governments make plans and investments,” says UVM’s Aaron Schwartz.

Source: UVM News

Talented First-Year Class Breaks Record Again

For the fifth year in a row, UVM’s incoming class has achieved the highest academic credentials in the university’s history. The Class of 2023, an estimated 2,640 students, have earned an average SAT score of 1275 and an average ACT of 28.9, record highs for any incoming class.

Beyond test scores, the Class of 2023 boasts a number of standout students with fascinating backgrounds — including inventors, entrepreneurs, debate team captains, first chair violinists, a circus performer and a cancer researcher. The newest Catamounts have competed around the globe in ski racing, cycling, poetry, and the World Dairy Expo. And they’ve improved their communities, from raising funds to build tiny homes in Detroit to helping neighbors study for citizenship tests.

More students accepted their offer of admission to UVM this year, generating the highest yield rate for an incoming first-year class since 2005. In an admissions essay, one incoming environmental sciences major shared this in answer to the “Why UVM?” prompt: “What I ultimately look for in a school is if it will make me the best person I can be. With its enriching atmosphere of scientific discovery, academic excellence and innovation, I know UVM will allow me to grow as a person and as a scientist, and to use my passion to contribute to society as an undergraduate and beyond.”

Get a sense for the first-year class, what drew them to UVM and what they’re most looking forward to as their college years begin:

 

The incoming students hail from 44 states and 14 countries. Approximately 21 percent are Vermonters, and an estimated 12 percent are students of color. Thirty-six of Vermont’s Green and Gold Scholars, outstanding students from around state selected by their high schools to receive this designation, have chosen UVM.

First-year students arrive on campus Friday, Aug. 23, for Opening Weekend, an annual program that helps acquaint new students with college life. The weekend culminates in a convocation ceremony, Sunday, Aug. 25 at 6:30 p.m. in Patrick Gymnasium, to celebrate the opening of the new academic year. Following convocation, the UVM community will process down Main Street to the University Green, where the Class of 2023 will participate in a twilight induction ceremony.  

Classes begin for all undergraduates Monday, Aug. 26.

New this year

Another newcomer to UVM this fall: President Suresh Garimella, who began his tenure as the university’s 27th president this summer. He comes to Vermont from Purdue University, where he was the Goodson Distinguished Professor of Mechanical Engineering and an administrative leader in several roles focused on engagement and outreach, serving most recently as executive vice president for research and partnerships. A member of the National Science Board, Garimella is co-author of more than five hundred publications and thirteen patents.

Several new academic programs launch this year, including a major in dance, a minor in reporting and documentary storytelling, an undergraduate certificate in integrative health and wellness coaching, and an online degree completion program for students who have earned some college-level credits but do not have a bachelor’s.

Innovation Hall (below), the final phase of UVM’s new STEM Complex, will hold its first classes this semester. It joins Discovery Hall to complete UVM’s cutting-edge facility for scholarship, collaboration, and innovation in science and technology. Specialized facilities within the complex include the MassMutual Center of Excellence for Complex Systems and Data Science, supporting research aimed at better understanding human wellness through data analytics.

Ground has broken for the new Multi-Purpose Center on Athletic Campus. The project, scheduled for completion in summer 2021, includes a new recreation and wellness center and an event center for UVM basketball and a variety of academic, social, and cultural programming.

Fall events

Signature events this fall include:

  • Graphic Novels to Watch Out For with Alison Bechdel. Oct. 2.
  • The installation ceremony for President Suresh Garimella. Oct. 3.
  • A visit with Congressman John Lewis. Oct. 7.
  • The Burack Lecture Series will host several events, including poet Ross Gay, Oct. 8, and climate-change expert Michael Mann. Oct. 10. 
  • 2019 George D. Aiken Lecture: An Evening with Preet Bharara. Nov. 14.

Source: UVM News

UVM’s Four-Year Graduation Rate Near Top for Public Universities, Says New Ranking

On average only three in 10 students attending public colleges graduate in four years, with each additional year of college representing both an extra expense and a delay in the earning power a college degree confers.

The University of Vermont is near the top of a new list of public universities that do the best job of helping students avoid these pitfalls and graduate on time.

According to a ranking published in the Chronicle of Higher Education, the University of Vermont’s four-year graduation rate  placed it in the top 5.7 percent among public universities. For public universities that are primarily residential, UVM ranked 17th.  Data for the rankings is drawn from the U.S. Department of Education.

The Chronicle of Higher Education ranking was based on the class of 2015, the last year for which the Department of Education has data. Since then, UVM’s four-year graduation rate has risen even higher, from 62.4 percent to 66.7 percent for the class that graduated in 2019. 

“Helping students graduate on time is one of our most important responsibilities at UVM and is very much a part of our focus on student success,” said Suresh Garimella, president of the University of Vermont. “Being ranked among the top 6 percent of public universities nationally is strong affirmation that the UVM academic experience and support system for students is helping them stay on track.”

Stacey Kostell, UVM’s vice president for enrollment management, cited a number of factors that are helping keep students on schedule, including a new degree audit program that lets them quickly see what courses they need to take to graduate, and an expanded student advising program.

Kostell said that UVM’s emphasis on active learning opportunities also feeds the high level of student success.   

“We place strong emphasis on offering programs that research shows keep students engaged in their learning, like undergraduate research, internships, service-learning, study abroad and capstone experiences,” she said.

Ninety-two percent of UVM students have engaged in one of these practices before they graduate.

“UVM is a very good choice for students looking for an environment that has been carefully designed to help them succeed,” Kostell said.

Source: UVM News