Corals are keystone species for reef and marine ecosystems, but coral bleaching due to climate change and ocean warming is killing them. A new open access study led by researchers at UNC Charlotte and the University of California, Riverside aims to shed light on how to reverse the damage and save corals.

Corals, together with sea anemones and jellyfish, belong to a group of animals called cnidarians that receive some of their nutrients through a symbiotic relationship with photosynthetic algae living inside their cells. High ocean temperatures cause a breakdown in the symbiosis, resulting in a ‘bleached’ coral that has expelled the algae. If symbiosis is not initiated within a few weeks, the coral starves to death.

The new study finds that although photosynthesis by algae is a key part of the symbiotic relationship, it is not required to initiate symbiosis.

Tingting Xiang, an assistant professor of biological sciences at UNC Charlotte, and Robert Jinkerson, an assistant professor of chemical and environmental engineering at UCR, led the research team. The open-access paper, “Cnidarian-Symbiodiniaceae symbiosis establishment is independent of photosynthesis,” is published in Current Biology.

Jump-starting a Relationship

The study adds to the little-understood relationship between cnidarians and algae at the molecular level and offers insight into how to jump start the symbiotic relationship between the two organisms after a bleaching event. It could also lead to strategies that might prevent warmer oceans from breaking the symbiotic relationship between the two organisms and saving what remains of the world’s corals.

Cnidarians form a mutualistic symbiosis with photosynthetic algae from the dinoflagellate family Symbiodiniaceae that live inside their host cells. The algae perform photosynthesis, fix carbon dioxide into sugars, and then give that to their hosts. Some species of coral are completely dependent on the food they receive from their algal symbionts and will die without it. 

In return, the algae receive nutrients like nitrogen and phosphorus from the prey that the host catches. Photosynthesis is a key part of this symbiotic relationship, but it was not known if this symbiosis can form without photosynthesis. 

Symbiosis establishment can proceed without photosynthesis in coral, jellyfish, and sea anemone hosts, but different aspects of the relationship, such as proliferation of the algae without photosynthesis, depends on the specific host–algae relationship.

Focus Looks at Saving Corals

“Our study highlights the power of forward genetic approaches to probe cnidarian Symbiodiniaceae symbiosis and provides a promising platform to answer key questions in symbiosis and ultimately develop strategies to save corals,” Xiang said.

The research team made the first mutants in Symbiodiniaceae algae – isolate mutants that lack the ability to photosynthesize – and used these mutants to investigate symbiosis with cnidarians.

“We were very excited to be able to generate six photosynthetic mutants and then use those mutants to start to probe the symbiosis between these algae and their hosts,” Jinkerson said.

The team introduced the mutant algae into seawater tanks that contained sea anemones (Exaiptasia pallida) that had not yet established symbiosis with any algae. After just one day the algae could already be found within the sea anemone’s tentacles, even without photosynthesis. 

To learn if the algae could survive in sea anemone host tissue without photosynthesis for longer periods of time, the researchers infected some sea anemones in darkness with mutant and non-mutant algae and kept them in darkness for six months. Even after six months, algal cells were still observable in the sea anemone’s tissues. Although able to infect the host cells and maintain itself for six months, the algae did not reproduce and proliferate in number.

The research group also tested four other species of algae known to form symbiotic relationships with the sea anemones and found that they too could initiate symbiosis in the dark.

Xiang, Jinkerson and their colleague Masayuki Hatta in Japan then introduced the algae in darkness into a tank containing juvenile polyps of a stony coral, Acropora tenuis. The algae infected the coral successfully in the dark. Unexpectedly, the algae were able to proliferate in the coral tissues without photosynthesis, something not observed in the sea anemones.

Finally, to learn if the pattern held true for the third member of the cnidarian group, the researchers added the algae to a darkened tank of upside-down jellyfish (Cassiopea xamachana) polyps. Once again, the algae infected the polyps, though not as successfully as in the sea anemone and coral.

The discovery that photosynthesis is not essential to begin symbiotic relationships is a step toward finding ways to help cnidarians survive climate change, with time being of the essence in protecting coral reefs.

The latest findings offer additional research opportunities as Xiang works closely with students in her lab, who will contribute to advancements in the research, she said.

“I also am sharing this research in coral-algal symbiosis with the students in my classes in an effort to pass along the enthusiasm we feel for the research, along with our knowledge and expertise,” she said.

Xiang is also affiliated with UNC Charlotte’s Center for Computational Intelligence to Predict Health and Environmental Risks (CIPHER). CIPHER focuses on computational and empirical research to counter the spread of current and emerging infectious diseases and addresses some of the most vexing societal challenges, including antibiotic resistance, food safety and ecosystem health. 

Jinkerson, Xiang, and Hatta were joined in the research by Casandra R. Newkirk, a postdoctoral researcher in Xiang’s lab, and UNC Charlotte Assistant Professor of Biological Sciences Richard Chi, along with Joseph Russo, Andrea L. Kirk, Mark Q. Martindale, and Arthur R. Grossman.

Words: Courtesy of the University of California, Riverside with added content by UNC Charlotte’s College of Liberal Arts & Sciences | Images: Courtesy of the study authors

The National Cancer Institute (NCI) is showcasing nanotechnology particles designed and produced by leading UNC Charlotte researcher Kirill Afonin’s lab on the cover of a document presented to the U.S. House and Senate appropriations committees. NCI is the principal federal agency for cancer research and training.

Each year, when the president submits an annual budget, each executive agency prepares a document called the “congressional justification.” Each agency’s document explains its mission, outlines goals and objectives for the next fiscal year, and gives data and analysis of the budget request and past years’ budgets.

This year’s NCI document features an image of nanotechnology particles in a culture of blood cells developed by a team led by Afonin, a professor in the Department of Chemistry. The team developed the nano particles as part of its research on vaccine adjuvants, substances that enhance the body’s ability to produce an immune response.

Afonin and his team have collaborated closely with the NCI Nanotechnology Characterization Laboratory (NCL) at the Frederick National Laboratory for Cancer Research. The lab helps cancer researchers study nanotechnology particles and characterize them by measuring their physical and chemical properties. The research seeks applications including cancer vaccines, other cancer therapeutics, and diagnostics.

The Afonin lab’s mission is to “develop novel functional RNA-based nanomaterials that can either  communicate with each other or with cellular machinery, or be readily responsive to various stimuli.” The research seeks to improve the operation of current therapeutic systems and to engineer novel “smart” biomaterials.

Established under the National Cancer Institute Act of 1937, NCI is part of the National Institutes of Health (NIH), one of 11 agencies that make up the Department of Health and Human Services.

UNC Charlotte has been recognized for some of the best graduate programs in the nation by U.S. News and World Report, including the MPA program and statistics track in the Applied Math Ph.D. in the College of Liberal Arts & Sciences. In total, 11 programs were among the top 100 in the country by the publication. 

Charlotte’s Master of Public Administration (MPA) ranks second among all UNC System universities’ public affairs programs, third among all programs ranked in North Carolina and in the top 18% of all ranked programs nationally, with its ranking of #49. The Gerald G. Fox MPA program includes concentrations in local government management (ranked No. 22) and nonprofit management (ranked No. 32).

Other graduate programs earning national rankings included statistics in the Applied Math Ph.D. program in the College of Liberal Arts & Sciences. The program was ranked #70, moving up from #97 in 2018, the last time statistics programs were ranked.

“Our faculty are among the best in the nation,” said Provost Joan F. Lorden. “They are committed to providing academic programs grounded in research, scholarship, creative discovery and entrepreneurship that equip their students with both a firm theoretical foundation and a practical application of their knowledge and skills. Being recognized year over year by U.S. News and World Report is affirmation of the strength of a graduate education at Charlotte.” 

UNC Charlotte’s Master of Science in Mathematical Finance program has soared to its highest national ranking ever. The program is No. 11 in the TFE Times’ 2022 Master of Financial Engineering program rankings.

Over the past six years, the M.S. in Math Finance program has increased steadily in the rankings, rising nine slots since 2016.

“UNC Charlotte’s M.S. in Mathematical Finance is proud to be a leader among financial engineering programs in the country,” said Dr. Yufeng Han, M.S. in Math Finance program director. “This ranking places us among elite institutions and demonstrates the quality of our quantitative graduate programs.”

The growth of the program’s success is a testament to the exceptional faculty, combined with a customizable interdisciplinary approach, Han said.

As the second-largest financial center in the United States, Charlotte relies on UNC Charlotte to supply talent and insights — new financial technology — that drives the region’s economy. As a STEM-designated program of the departments of Finance and Economics in the Belk College of Business and the Department of Mathematics and Statistics in the College of Liberal Arts & Sciences, the program excels as an emerging field in one of the top AACSB accredited business schools in North Carolina.

The program gives students strong preparation for careers in finance, including an emphasis on growing their math and data skills, said Taufiquar Khan, chair of the Department of Mathematics and Statistics.

“Students apply highly sophisticated mathematical models to identify, measure, and manage risk, preparing them for real-world situations they will face,” Khan said. “The mathematical finance program draws upon the expertise of diverse faculty in economics, finance and mathematics. This interdisciplinary approach yields strong outcomes for students and for employers.”

The TFE Times rankings are among the most comprehensive for graduate financial engineering, financial mathematics, quantitative finance, computational finance and mathematical finance programs in the country.  The rankings are calculated based on several components, including average test scores, starting salaries, undergraduate GPA, acceptance rates and graduate employment rates.

Congratulations to Dr. Raja for being promoted as a SPIE fellow.

Brent Johnson (SPIE Member Recognition Coordinator) sent a congratulatory email message on behalf of the SPIE Board of Directors and Fellows Committee on Dec. 22^nd, 2021 that Dr. M. Yasin Akhtar Raja has been elected to the grade of Fellow of SPIE among 58 professionals for the year 2022. The new fellows will be recognized in one of the SPIE’s 7 upcoming meetings/communities (of fellow’s choice) from Photonics West to Optics+Photonics. Prof. Raja is planning to attend Optics+Photonics scheduled on 21-25, August’ 2022 in the Convention Center San Diego, CA.

Link for 2022 SPIE Fellow: https://spie.org/membership/explore-membership/fellows

Scott Williams has been recognized by the Laser and Photonics labs of Central Carolina Community College (CCCC) for being a founding CCCC laser program advisor, thus providing valuable advice and direction during the first meeting which set the stage for changing the focus of study for the laser program from fiber optics laser applications to other laser applications.

Congratulations, Scott!

For UNC Charlotte biochemist Andrew Truman, a quest for new and better treatments for cancers and neurological diseases drives his research into protein folding and the DNA damage response, along with his desire to advance science broadly. To fund his work, he has received three significant National Institutes of Health (NIH) grants expected to total $2M.

“Working in our labs, we are curious to understand how cells function,” Truman says. “But there are people all over the world affected by these illnesses. We are very privileged to have funding from the NIH to drive this research forward.”

Decrypting The Chaperone Code

When proteins are created in cells, they resemble unwound balls of string. The strands must be wound and folded into specific shapes for proteins to become active. Unraveling the mysteries of these complex processes – and how they influence the development and potential treatment of diseases – shapes the research.

“This winding and folding function is performed by what are known as chaperone proteins. These proteins are present – and nearly identical – in all organisms from bacteria to yeast, frogs, mice, humans and other organisms,” explains Truman, an associate professor in the Department of Biological Sciences in the College of Liberal Arts & Sciences.

The molecular chaperone proteins can be useful, but they can also cause harm, such as when their actions contribute to the development of tumors.

Truman’s lab specifically studies the Heat shock protein 70 (Hsp70) chaperone. Hsp70 – a sort of housekeeping protein – is found in all organisms from bacteria to human cells and is essential for their survival.

“Hsp70 is there at the birth of proteins, helping new proteins to fold,” he says. “When proteins become too badly damaged to function, Hsp70 is there to escort them to be recycled by the cell. In a sense, Hsp70 guards our proteins throughout their lifetime.”

Although many groups across the world study molecular chaperones, Truman’s research group has been a significant pioneer in understanding the many modifications to Hsp70, a concept known as the “Chaperone Code.”

“We like to think of Hsp70 as a piano,” Truman says, “with each phosphorylation being a key on that piano. Pressing the keys in combination – adding a specific pattern of phosphorylations – produces a particular song.” Phosphorylation occurs when a phosphate group is added to a molecule.

“This is a unique way of looking at Hsp70,” he elaborates. “Our current mission is to decipher the regulation and role of the chaperone code.”

Cracking the chaperone code is no easy task, given the huge number of phosphorylations on Hsp70, with over 85 currently identified.

“Some are not easy to detect, and we don’t have a clear idea of what most of these modifications do or how they’re added or removed from the chaperone proteins,” he says. “That’s fascinating from a biological perspective generally. Chaperones are fundamental to life. On the other hand, we’re also interested in the connection between the chaperone code and human illnesses. We hope to generate new medicines that alter the code, stopping the chaperones from working in cancer cells, while enhancing their protein folding ability in neurodegenerative diseases like Alzheimer’s or Huntington’s.”

Drawing From Diverse Fields

The lab’s research draws from the varied areas of protein biochemistry, molecular biology, quantitative proteomics (study of sets of proteins), systems biology, bacterial and yeast genetics, model structures, and cell culture technologies. The team, including graduate and undergraduate studies students, collaborates with colleagues from around the world and has published over 40 studies to share their research.

Truman works closely with Mehdi Mollapour and Dimitra Bourboulia of SUNY Upstate Medical University (Syracuse, NY) and other chaperone code pioneers to build a collaborative international community focused on the complex issue.

“In addition to Hsp70, there are similar kinds of modifications on all the chaperone machinery,” Truman says. “It’s a real galaxy of modifications. These modifications were originally identified as background noise in previous studies. Through our collaborations, we realized that there are hundreds of these modifications, and they’re dynamic and are critical to how all cells work.”

In 2020, the first virtual “International Symposium on The Chaperone Code,” organized by Truman, Mollapour and Bourboulia, drew over 300 attendees. They also host speakers monthly in an exciting virtual “chaperone code club” forum.

Closer to home, Truman is a member of the UNC Charlotte Genome Integrity Group, which studies how cells respond to DNA damage, alteration of which is a major hallmark of cancer. Core members include professors Christine Richardson, who is interim chair of the Department of Biological Sciences, Shan Yan, Kausik Chakrabarti and Junya Tomida. “Each member of the genome group works with different kinds of technology and organisms. We tightly collaborate with each other on several projects, and we’ve applied for grants together,” Truman says.

Truman joined the faculty at UNC Charlotte in August 2015. He had gained experience in postdoctoral positions at the University of Chicago, Boston University, Johns Hopkins Bloomberg School of Public Health, and Sheffield University, UK after earning a doctorate in biochemistry at University College London, UK. He was promoted to associate professor with tenure in July 2021. He is a fellow of the Cell Stress Society and is a senior editor for the scientific journals Cell Stress and Chaperones and Frontiers in Molecular Biosciences.

Words and Images: Lynn Roberson, CLAS Communications Director | Image of lab team members on the steps: Courtesy of Andrew Truman

For over a decade, researchers and students in UNC Charlotte’s Center for Metamaterials have studied and created materials that can bend, absorb, transmit, and otherwise manipulate light and sound waves that pass through them.

“The capabilities of these engineered materials are enormous,” said Ish Aggarwal, center director. “These materials can suppress or amplify light and sound waves. Once developed, these materials could even hide an aircraft in the sky just as you would see in science fiction movies.”

Generally speaking, metamaterials are specially engineered materials with properties that differ substantially from those found in nature.

In recognition of innovative collaboration with industry and government partners in metamaterials research, the UNC Charlotte center has joined a select handful of Industry/University Collaborative Research Centers (I/UCRCs) nationwide to earn a third phase of National Science Foundation (NSF) funding. The NSF support for administering the center is expected to total $250,000 over the next five years.

Researchers, students, and industry and government collaborators in the UNC Charlotte center focus primarily on sensing, imaging, antennas and energy harvesting. Plans call for new research in medical and acoustic metamaterials.

The research considers a broad range of commercially relevant applications that can help address problems in renewable energy, transportation, avionics, consumer electronics, homeland security and defense, health, and medical technology, communications, and other areas. Several specific applications developed in the UNC Charlotte center have transitioned to industry.

While considering the practical applications, the UNC Charlotte center also addresses foundational scientific questions related to the physical processes that occur when electromagnetic or mechanical waves interact with subwavelength-sized structures. A fundamental limitation of most metamaterials is that they are inherently narrowband, functional over a small range of frequencies. The challenge is to engineer material properties that are broadband, tunable, and able to be manufactured in a cost-effective way.

“The beauty of our program is that it takes advantage of the ingenuity and innovativeness of academia, combined with the engineering, fabrication, and implementation of industry,” Aggarwal said. Students and faculty at the University suggest the projects, and the collaborating industry and government partners select projects and fund the work.

The center receives strong support from industry and government partners through membership fees. The partners’ financial support typically goes toward student stipends and tuition, offering a valuable resource for the Optical Science and Engineering interdisciplinary doctoral program.

One of the doctoral students, Paige Stinson, who is currently an intern with center industry partner UC Conec with support from the National Science Foundation, has gained expertise and relationships through the center.

“The center has provided me with the resources I need to accomplish the fundamental research goals of my Ph.D. while allowing the creative flexibility to simultaneously explore my interests and present new ideas,” Stinson said. “The cleanroom facilities which we have access to in the center are the foundation of my current research, particularly our Nanoscribe. Perhaps even more impactful, the center has allowed me to have a direct relationship with not only fellow researchers in the center but also with industry leading companies and government research labs.” A Nanoscribe is a 3D printer for objects with dimensions of one billionth of a meter.

Graduate and undergraduate students conduct research with guidance from faculty and center members. Students, many of whom come from under-represented groups in science and engineering, are prepared as highly skilled scientists and engineers. One of the biggest advantages for the partners is the ability to assess and hire students working with the center.

Another doctoral student, Micheal McLamb, has learned to focus his research to address real-world problems through direct interaction with center partners.

“These collaborators follow your work through the years and know your name,” McLamb said. “Student involvement with the Center enhances the desirability and chances of employers hiring a student pending graduation. Currently, I conduct research on reflective and absorbing metamaterials. I am collaborating with several scientists from Air Force Research Labs (AFRL) on a couple of projects involving these materials. This collaboration has also led to a paid internship with AFRL funded by the National Science Foundation.”

For these students and others, the collaborative research has led to co-authored publications, including in the journals Optics Letters, Thin Solid Films and Plasmonics.

“It is largely because of the hard work of our faculty directing this center, both now and in the past, and because of our relationships with our partners, that we have been able to achieve this milestone with the continued NSF support,” said Glenn Boreman, chair of the Department of Physics and Optical Science. “We have a very talented set of faculty participants from the College of Liberal Arts & Sciences and the Lee College of Engineering in particular.” 

Leadership in the center in addition to Aggarwal includes co-director Tino Hofmann and founding director Michael Fiddy, all faculty in the Department of Physics and Optical Science in the College of Liberal Arts & Sciences. Also partnering with UNC Charlotte is Clarkson University as an affiliated site.

Words and Photos: Lynn Roberson | Graphics: Ashley Plyler | Top Image: Doctoral students Paige Stinson (seated) and Micheal McLamb conduct research in the cleanroom.

Levine Scholar Andrea Badillo-Pérez will pursue her passion for service as she heads to New York University Grossman School of Medicine with full funding, after receiving acceptances from 10 top-rated medical schools. Badillo-Pérez earned bachelor’s degrees in biology and psychology in the College of Liberal Arts & Sciences and a minor in public health in the College of Health and Human Services.

In addition to NYU Grossman School of Medicine, she was accepted to:

• Harvard Medical School
• Columbia University School of Medicine
• University of Pennsylvania Perelman School of Medicine
• Duke University School of Medicine
• University of Virginia School of Medicine
• UNC-Chapel Hill School of Medicine
• University of Miami Miller School of Medicine
• Yale University School of Medicine
• Georgetown University School of Medicine

Badillo-Pérez was involved with a number of campus organizations, including Health Care Justice at UNC Charlotte, of which she was co-founder and president; and Special Olympics College, of which she was president. She held teaching assistantships in psychology and chemistry, was an Executive Committee Member with the​ Levine Scholars Program, and studied abroad in South Africa and Spain.

She held internships with Lily’s Angels Down Syndrome Awareness Foundation and Charlotte Community Health Clinic, and was a medical interpreter at clinics for people who are low-income. She developed a pediatric gastroenterology cooking class at Levine Children’s Hospital, coordinated a service trip to Puerto Rico, and was a community resource hub developer at Clinton Chapel in collaboration with Biddle Point Clinic and Atrium Health.

She conducted and presented research into:

• Causes and Current Interventions Methods of Gender-Based Violence in South Africa
• Evaluating the Implementation of a Food Pharmacy to Address Acute Food Insecurity
• Effects of Perceived Stress Reactivity and Locus of Control on Reward Based Eating Drives – Psychology Lab
• Investigating the Effects of Socioeconomic Status and Locus of Control on a Guided Imagery Healthy Eating Intervention: Honors Thesis in Psychology

Badillo-Pérez shares thoughts about her UNC Charlotte experiences.

Why did you choose UNC Charlotte?

I chose UNC Charlotte because I was gifted with the opportunity to be part of the Levine Scholars Program (LSP). The LSP at UNC Charlotte utilizes an unmatchable combination of pre-professional, service-oriented, and hands-on experiences that each build upon one another to create leaders of change and hope in whatever field scholars decide to explore. This was an opportunity I could not pass up – the opportunity of a lifetime I am so grateful to have accepted.

What hurdles or difficulties have you had to overcome?

While my time at UNC Charlotte is filled with fond and positive memories, one difficulty I had when moving to Charlotte from Puerto Rico is finding hispanic friends to connect with. I did feel lonely/homesick during my first year, but I quickly got immersed in student orgs and my scholarship program and found much social support from both.

What are your UNC Charlotte highlights or favorite memories?

Bonding with other pre-medical or biology students in my classes was a huge highlight for me during my time at UNC Charlotte. My classes were always filled with brilliant and diverse students that I could connect with and learn from, especially during challenging courses such as organic chemistry or eukaryotic microbiology. Another highlight would be the beautiful campus that UNC Charlotte has. I loved taking walks on campus, especially to the Botanical Gardens, and I truly felt lucky to take classes, learn, and grow as an individual in such a beautiful place.

My biggest highlight would be the community I found within the Levine Scholars Program. What is most special about the LSP in my eyes is without a doubt the opportunity it gives you to grow alongside people who might have entirely different academic interests, but with the same omnipresent purpose to serve the greater good. Being surrounded by such amazing people, being guided by caring mentors in my departments, and doing it all in such a special campus are memories I will always cherish.

Who are faculty or staff members who had an impact on you – and why?

1. Dr. Diane Zablotsky: Dr. Z was so much more than just the director of LSP. She was my ally and my support system whenever I needed it the most. Her door was always open to me, and she helped me make so many important decisions about my career trajectory throughout my time at UNC Charlotte.

2. Dr. Elizabeth Hanie: Dr. Hanie was another super supportive mentor throughout my premedical journey. I am appreciative of the fact that her door was always open for me and that we connected as early as my first semester at UNC Charlotte to make sure I maximized my time here as a pre-medical student.

3. Dr. Sara Levens: Dr. Levens was an amazing research mentor. She taught me so much about the field of Psychology and I greatly admire her research experiences and projects that she has let me work on with her. She was also so much more than that, and deeply cared about my decisions regarding my future career and other opportunities that I was presented with during my time at UNC Charlotte.

4. Dr. Matthew Parrow: Dr. Parrow was an AMAZING professor. His class was so entertaining and his passion for teaching resonated with each and every student in our class. He was always available to us, encouraged us to challenge ourselves, and supported us every step of the way. His class was truly a special one and one of my highlights during my time at UNC Charlotte. He was become an important mentor of mine since then, having written a letter of recommendation for me and keeping up with all my post-grad decisions. I deeply appreciate having met Dr. Parrow, having witnessed his love for teaching and commitment to his students, and having had his support both academically and personally.

What advice do you have for the next group of UNC Charlotte students?

My advice would be to maximize your time at UNC Charlotte. Become as involved as you can. Join student organizations, make an effort to form friendships in your classes, go to professors’ office hours to learn more from them, and be grateful for the opportunity to learn and grow in this university.

Read more about Badillo-Pérez’s experiences as a Levine Scholar.

A dozen UNC Charlotte students, faculty and staff joined other volunteers on Sunday, April 25 to install Barton Creek Greenway Native Meadows, a community native plant project in University City. They worked to install 25 varieties of plants, for a total of 250 plants, to beautify the area and to provide education to people who want to use native plants.

Lead partners in the effort are University City Partners, UNC Charlotte Botanical Gardens and the North Carolina Native Plant Society’s Southern Piedmont Chapter. Students with the UNC Charlotte Pollinator Club volunteered on Sunday with the planting.

The native plants meadow will provide a unique experience along the one-mile greenway trail. University City Partners approached leaders with the Botanical Gardens, asking them to bring their extensive expertise “out” into the community. UNC Botanical Gardens staff designed the project, acquired the plants, and helped to coordinate volunteer efforts. The Mecklenburg County Park and Recreation Department owns the property.

“The Botanical Gardens and Native Plant Society are committed to protecting the ecosystem through the use of native plants in this project,” says Ed Davis, horticultural supervisor and landscape architect with the UNC Charlotte Botanical Gardens.

“Native plants are better for the environment and local pollinators, and they are beautiful as well,” Davis said. “We hope that visitors will be inspired by the Barton Creek Native Meadows and incorporate native plants in their own home landscapes and gardens. We are appreciative of the opportunity to work with University City Partners on this project.”

For the UNC Charlotte Pollinator Club, students saw the experience as a great opportunity to extend their mission, said Carrie Wells, club advisor and lecturer in ecology and conservation biology in the Department of Biological Sciences. “We had several folks present at the greenway planting on Sunday from the Pollinator Club, including our vice president, Rachel Magallon, our treasurer Abby Richardson, and a member of the club, Zan Atwell,” Wells said. “We are trying to participate in more community events to increase our impact on helping native pollinators on and around the UNC Charlotte campus. We will be planting at the Jamil Niner Student Pantry as well.”