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Civil discourse will be crucial to healing after the election

As we inch toward Election Day and brace for the aftermath, learning to disagree will be as important as ever. Civil discourse – actively engaging while aiming to understand, not persuade – is the key to navigating the upcoming political minefield, says Tim Shaffer, the Stavros Niarchos Foundation Chair of Civil Discourse at the University of Delaware. Shaffer, who is also director of the Stavros Niarchos Foundation Ithaca Initiative in UD's Biden School of Public Policy and Administration, can discuss the concept of civil discourse and how it can be used to navigate a society so divided politically that it has torn friendships and families apart. Some main points: • Civil discourse emphasizes listening to understand others’ perspectives, focusing on shared values – such as family – rather than conflicting positions. • Disagreement is actually important. Society needs friction for growth and progress. • Advice for healthy discourse: Practice intellectual humility, acknowledging the complexity of issues beyond right and wrong and recognizing the importance of gray areas in life. • Staying safe and sane on social media: "People need to feel safe and included, and we need to ensure we hear differing viewpoints, so how do we balance those competing values? There’s no secret answer, but we have to figure it out collectively." • Open discussions can be a valuable tool. "I believe in the power of education—church basements, community spaces, classrooms—to make a difference," Shaffer says. Reporters can connect with Shaffer directly by visiting his profile and clicking on the contact button.

ChristianaCare and Partners Launch Delaware’s First Nurse Anesthesiology Program

Wilmington University, in collaboration with ChristianaCare and the support of Anesthesia Services, P.A. (ASPA), announces the Delaware Nurse Anesthesiology Program at ChristianaCare and Wilmington University, Delaware’s first nurse anesthesiology program. This innovative, full-time, 36-month offering leads to a Doctor of Nursing Practice (DNP) degree, preparing graduates to sit for the National Certification Exam and become certified registered nurse anesthetists (CRNAs). A CRNA (or nurse anesthetist) is an advanced practice registered nurse who administers anesthesia and provides related care before, during, and after surgical, therapeutic, diagnostic, and obstetrical procedures. The program will offer students over 2,000 hours of hands-on clinical experience in high-acuity environments across various surgical specialties, supported by partnerships with ChristianaCare, ASPA—the largest anesthesia group in Delaware—as well as other health care organizations. Students will refine their clinical skills and decision-making in state-of-the-art simulation labs while engaging in diverse clinical settings. Led by experienced practitioners and educators, the curriculum integrates anesthesiology-specific coursework with advanced nursing practice, ensuring graduates are well-prepared to meet the evolving demands of clinical practice and systemic health care challenges. “We are proud to partner with ChristianaCare and ASPA to launch this transformative program,” says Wilmington University President Dr. LaVerne Harmon. “At Wilmington University, our caring, student-centered approach prioritizes academic excellence and personal well-being. While this initiative addresses Delaware’s critical need for anesthesiology professionals, we will focus equally on fostering an environment where students can excel and grow into compassionate, skilled leaders in the evolving health care field.” “ChristianaCare is excited to partner with Wilmington University and our colleagues at ASPA in this much needed program to help address Delaware’s growing need for highly qualified CRNAs,” says Janice E. Nevin, M.D., MPH, president and CEO of ChristianaCare. “By providing advanced training and education in anesthesiology services, we are helping to develop the next generation of health care experts who will serve our community with high-quality, safe care.” The U.S. Bureau of Labor Statistics projects a 38% growth in nurse anesthetist employment from 2022 to 2032, driven by increased demand for health care services like elective surgeries. Delaware’s health care system faces similar challenges due to a shortage of anesthesiologists and CRNAs, with many nearing retirements. With 15 programs in neighboring Pennsylvania unable to accommodate all qualified applicants, the Delaware Nurse Anesthesiology Program at ChristianaCare and Wilmington University aims to bridge this gap, providing essential local training to meet the growing demand in the workforce. “With an emphasis on evidence-based practice and patient-centered care, our graduates will be exceptionally equipped to provide high-quality anesthesiology services in diverse health care environments,” says Wilmington University Vice President of Academic Affairs Dr. Denise Wells. “This collaboration aims to cultivate a local pipeline of skilled registered nurses who will advance their careers as CRNAs, contributing to Delaware’s workforce and the surrounding region.” “Anesthesia Services, P.A. has been leading and innovating anesthesia care delivery in Delaware for the past 37 years,” says ASPA Board Chair Li Maceda, M.D., MBA. “This joint partnership with ChristianaCare and Wilmington University allows us to combine our expertise and resources to train the next generation of anesthesia providers for the communities that we serve and exemplifies our commitment to invest in the future advancement of perioperative care.” Dr. Jacqueline Mainwaring was recently named inaugural director of the Delaware Nurse Anesthesiology Program at ChristianaCare and Wilmington University. “I am excited to be part of this groundbreaking initiative that will provide critical care nurses in our state with the opportunity to advance their careers and become leaders in anesthesiology care,” says Dr. Mainwaring, also an associate professor. “We are committed to creating a high-quality program that prepares our graduates to excel in today’s complex health care landscape. This program will not only address the shortage of anesthesiology professionals in Delaware and the region but will foster a learning environment that emphasizes student well-being, clinical excellence, and interprofessional collaboration.” Leaders of the Delaware Nurse Anesthesiology Program at ChristianaCare and Wilmington University, currently in Capability Review, are pursuing initial accreditation from the Council on Accreditation of Nurse Anesthesia Educational Programs (COA). Please note, no students can be enrolled until initial accreditation has been awarded. Below is contact information for the COA: Council on Accreditation of Nurse Anesthesia Educational Programs (COA) 10275 W. Higgins, Suite 906 Rosemont, IL 60018 Phone: 224-275-9130 Email: accreditation@coacrna.org www.coacrna.org

Renowned native plant expert receives yet another honor for his work

After years of writing several bestselling books and making countless media appearances, University of Delaware professor Doug Tallamy has become one of the most well-known advocates for filling yards with native plants. The Massachusetts Horticultural Society (MHS) will honor Tallamy's tireless work at its 121st Honorary Medals Dinner on Oct. 30. Tallamy, a professor in UD's Department of Entomology and Wildlife Ecology, will receive the George Robert White Medal of Honor, MHS’ highest honor, “for eminent service in the field of horticulture," and will also deliver the keynote speech. His New York Times bestselling books include “Nature's Best Hope: A New Approach to Conservation That Starts in Your Yard," "The Nature of Oaks: The Rich Ecology of Our Most Essential Native Trees” and "Bringing Nature Home: How You Can Sustain Wildlife with Native Plants." One of Tallamy's crowning achievements was co-founding Homegrown National Park, an initiative to encourage people to plant native plants and remove invasive ones where they live. Tallamy's research demonstrates how native plants help to preserve the food web by serving as a prime food source for plant-eating insects, which serve as the foundation of the food web. He calls for replacing invasive plants with native plants, and says the loss of natural habitats with diverse native plant populations is harming wildlife, specifically songbird populations. Reporters can connect directly with Tallamy by visiting his profile and clicking on the "contact" button.

‘Game-Changing’ Adaptive Radiation Therapy Program Will Enhance Treatments for Cancer Patients at ChristianaCare

Patients undergoing radiation therapy for certain types of cancer at ChristianaCare’s Helen F. Graham Cancer Center & Research Institute will be the first in Delaware to benefit from a cutting-edge treatment system that increases accuracy and precision, enhances patient comfort and minimizes side effects. ChristianaCare expects to begin scheduling patients in early 2026 to receive treatment with the Varian Ethos™ system equipped with HyperSight. The innovative radiotherapy system leverages artificial intelligence and the fastest on-table imaging in the field to enhance precision and increase the likelihood of effectively treating tumors. “As leaders in cancer treatment and care, we continually strive to stay at the forefront of medicine for our patients, and this new technology is a game-changer,” said Thomas Schwaab, M.D., Ph.D., Bank of America endowed medical director of ChristianaCare’s Helen F. Graham Cancer Center and Research Institute. “Adaptive radiation therapy enables members of the patient’s treatment team to create a new treatment plan every day in real-time based on the patient’s needs and anatomy in that moment as well as any changes observed during their therapy.” In traditional radiotherapy, a plan is established at the beginning of treatment and followed through the treatment course. Adaptive radiotherapy allows for real-time modifications to the plan based on periodic assessments while the patient is on the radiation table. Human anatomy changes quickly through normal bodily function even during treatment. In the context of radiation therapy, even slight shifts or alterations in the body while being treated can significantly impact effectiveness. The advanced technology in the system enables real-time imaging on the radiation table to be completed in seconds, rather than minutes – a dramatic improvement that transforms targeting accuracy and patient comfort. “This advancement will allow us to deliver personalized treatments, enabling radiation oncologists to make necessary treatment decisions even more quickly and accurately,” said Lindsay Romak, M.D., radiation oncologist at the Graham Cancer Center. “This will provide clinically meaningful benefits for patients who require radiotherapy for a wide range of cancers, including those of the prostate, bladder, abdomen and head and neck.” Artificial intelligence powers patient treatments Leveraging the power of artificial intelligence to capture and analyze rapid images in real time, the technology quickly detects changes in the patient’s anatomy and tumor size, shape or position. Using real-time imaging data, the system automatically suggests adjustments to the treatment plan to account for these changes, which is key to achieving better patient outcomes. The system also uses artificial intelligence when determining the distribution of the radiation dose, ensuring the tumor receives the optimal amount of radiation. This streamlines the workflow making the entire process of adaptive radiotherapy more efficient. "The integration of artificial intelligence into our treatment processes underscores our dedication to incorporating the most innovative treatments for our patients. With this technology, our patients can anticipate shorter treatment times and potentially fewer sessions, significantly enhancing their overall experience,” Laura Doyle, Ph.D., chief clinical physicist at the Graham Cancer Center said. Adaptive radiation therapy is covered by Medicare and most insurance carriers. The system will be located in the radiation oncology suite at the Graham Cancer Center. Equipment installation is expected in the fall of 2025 with patient use starting in early 2026. ChristianaCare’s Radiation Oncology Department is recognized by the American Society of Radiation Oncology Accreditation Program for Excellence. Its radiation oncologists are leaders in adapting the very latest imaging and treatment advances into clinical practice. The team also helps write the standards for best practices in care delivery and teaches other doctors and health care professionals in this specialty. With this latest advancement, ChristianaCare’s Helen F. Graham Cancer Center and Research Institute continues to solidify its position at the forefront of cancer care in Delaware and beyond, underscoring its commitment to improving patient outcomes and quality of life.

Ghoulish discovery: Exploring YouTube's role in the rise of belief in the paranormal

In recent years, YouTube has become an influential platform for various communities, notably for enthusiasts of the paranormal and ghosts. Paul Brewer, University of Delaware communication professor, set out to see how this happens and what we can learn from this in terms of how individuals perceive other messaging that may sit at the fringes of mainstream belief. During the 1990s, a big wave of research erupted on how media messages might influence people's belief in paranormal topics with popular television shows like “Alien Autopsy” and “Crossing Over with John Edwards.” A second wave of research occurred in the mid-2000s in response to cable television series such as “Ghost Hunters” and “Finding Big Foot.” Since then, the media landscape has evolved beyond traditional outlets like print, television and radio to include multimedia, such as YouTube, TikTok and other platforms. In his latest work, published in the journal Cyberpsychology, Behavior and Social Networking, Brewer looked beyond consuming paranormal television to include the use of social media, especially YouTube. “If you think about the paranormal, YouTube is a platform that seems like an especially plausible candidate to shape people's beliefs because seeing is believing—and it is a very visual storytelling medium,” said Brewer. "It’s not just a fun, kooky idea to study. About half the public believes in UFOs and almost half the public believes in ghosts and haunted houses, even though these phenomena aren't recognized by mainstream science." By way of example, Brewer pointed to a fictional documentary-style show that claimed the National Oceanic and Atmospheric Administration (NOAA) knew about mermaids and was hiding evidence for them, including real video footage. The show included disclaimers, but viewers ignored them, revealing an important detail about the power of belief. Brewer is available to speak more broadly on the topic and his findings. He can be contacted by emailing mediarelations@udel.edu.

Multi-sector partnership leads to first practical pilot of vehicle-to-grid power

A multi-pronged effort led by corporations, industry associations and an academic research institution has launched the first practical pilot project of “vehicle-to-grid” power (V2G) set up so that industrial participants can scale it at low cost. Invented by the University of Delaware, V2G uses batteries in parked EVs to support the electric grid or to provide backup during power failures. This pilot is the first targeted toward large scale expansion, because it follows standards (by SAE and UL), uses production EVs (with UD modifications), complies with utility requirements, and qualifies for wholesale power markets. The pilot has been implemented by Delmarva Power (an Exelon Company), working with UD. The project has set up an electric utility fleet of EVs to begin providing power to balance the electric grid, using Ford Mach-E EVs in the Delmarva Power fleet, and following new rules of the Federal Energy Regulatory Commission (FERC) for distributed energy resources. These Delmarva Power fleet vehicles are driving for utility operations during normal work schedule and provide wholesale grid services for PJM Interconnection when parked. The cooperative effort was organized by Prof. Willett Kempton, originator of the V2G concept. Kempton said the resulting demonstration is significant because it shows a cost-effective pathway for standards based, regulatory-compliant, mass-manufactured V2G. “Our close collaboration with Ford Motor, based on our joint Memorandum of Understanding, was very productive. Ford engineers’ advice helped us fully integrate the car’s CAN communications with LIN-CP,” Kempton said. “Ford already markets a production EV with home backup power, and they have a sophisticated understanding of potential EV synergies with the electric power grid. We hope that collaborations like this will also help OEMs like Ford to see a path to incorporation of these new standards and technologies into production EVs.” The new standard for V2G signal definitions were finalized and approved just this year thanks to UD Research Professor Rodney McGee, Task Force Chair of the SAE standards development for J3400 (NACS) and J3068. (SAE was formerly called Society of Automotive Engineers.) “These standards define the signaling to standardize low-cost AC charging, with all the functionality needed for safe operation of V2G and backup power from an EV. Both these standards implement a signaling method that is new to EV charging, called LIN-CP, yet is built from easy-to-implement automotive technologies,” McGee said. UD’s MOU with Ford Motor Company allowed the two parties to cooperate on implementing sophisticated signaling for low-cost, high-functionality V2G. UD designed a retrofit package for proof of concept. The design was led by UD Postdoc Garrett Ejzak and used a bidirectional on-board charger and the new LIN-CP commands to make the Mach-E capable of sophisticated V2G. After testing at UD, the design was installed in four Delmarva Power fleet Mach-Es, to test these systems in a real-world fleet operating environment. In addition to proving these new SAE standards, this project also shows that EVs can be high-value grid services providers to the electric system under the new FERC Order 2222 regulations. This new Federal rule enables small resources to collectively participate in electric markets to make the electric grid more reliable and more capable of incorporating fluctuating renewable power sources. PJM Interconnection, which manages the electric grid over 13 states, is participating under a Pilot Project agreement with the Delmarva Power demonstration, as an early proof of PJM’s new rules to meet FERC Order 2222 compliance. “The use of virtual power plants, such as aggregations of electric vehicles, is an emerging resource type that can contribute to managing the energy transition by providing flexibility and other services needed to reliably operate the power grid,” said Scott Baker, Sr. Business Solution Analyst – Applied Innovation for PJM. “We look forward to working with Delmarva Power and the project team to test the technical capabilities of V2G electric vehicles and understand how this use case integrates with PJM’s new market construct for virtual power plants and DER Aggregators.” Delmarva Power’s parent company, Exelon Corporation, is also a partner providing support for the project. Project partner Nuvve Holding Corporation (Nuvve) updated their charging stations for full LIN-CP and V2G capabilities. Then project partner Delmarva Power installed four Nuvve charging stations at their facility in Newark, Delaware. The four individual Mach-Es are virtually combined into one V2G “power plant” by aggregation software from Nuvve Holdings. Nuvve CEO Gregory Poilasne described this: “Our Nuvve charging stations now talk LIN-CP and implement the new SAE standards. This enables our GIVe aggregator software to tap high functionality V2G EVs,” Poilasne said. “By combining EVs as a single power resource, our technology is already serving as a “Distributed Energy Resource Aggregator” as specified by FERC Order 2222.” The EVs’ performance and provision of grid services will be monitored over the next year by UD and Nuvve to provide documentation on their use both as fleet vehicles and as grid resources.

The role of digital media in children's literacy

From tablets and smartphones to computers and smart TVs, kids have more access to digital content than ever before. But what does this mean for their literacy skills? One University of Delaware professor is embracing the use of digital media to improve children's literacy.  Roberta Michnick Golinkoff, chair and professor in the School of Education UD, created Stories with Clever Hedgehog last year to offer books to children, specifically those who have been displaced or impacted by the Russo-Ukrainian War.  This website allows families all over the world to engage in shared reading with their children, facilitate early literacy development and promote children’s well-being.  Much research in early childhood education has underscored the importance of reading early and often with children, beginning during a child’s infancy and continuing throughout the elementary years. Reading during this critical point in children’s development fosters language acquisition, early literacy skills, socioemotional growth and comprehension of the world around them. Golinkoff's research partners and many others have demonstrated that shared book reading — when a child reads with a caregiver — encourages children to ask questions and draw connections to their own experiences, promotes story comprehension, increases children’s vocabulary and provides opportunities for emotional bonding. She is available to discuss even more benefits of reading, especially in this digital format. To connect, click her profile. She has been featured 

Putting a price tag on environmental projects

Unlike a grocery store, the goods and services in the environment — think clean water, tree cover, or flood control — don’t come with a price tag. Researchers in the University of Delaware Department of Applied Economics and Statistics have received a $1.5 million grant to assess the value of what is gained or lost from environmental projects. The three-year grant from the U.S. Army Engineer Research and Development Center, the chief research and development center for the federal environmental engineering agency U.S. Army Corps of Engineers, will pave the way for UD environmental economists to develop a web-based platform to help the Corps.  The research team is led by Maik Kecinski, associate professor in the Department of Applied Economics and Statistics and also includes department colleagues Kent Messer and Martin Heintzelman, as well as three graduate researchers. The team will create an online platform to help the Corps estimate the monetary value of the ecosystem impacts through its ongoing and proposed projects across the U.S. Kecinski said many of the Corps’ projects involve natural resources, such as building dams or restoring rivers. Those projects require labor hours and equipment, each with a market value. “But the big piece the Corps doesn’t have is what is the environmental value that’s created or lost through these projects?” Kecinski said. The project came about after ERDC representatives visited UD in 2023. Kent Messer, Professor of Applied Economics, presented research about behavioral aspects around water quality and conservation and learned about ERDC’s research needs. Messer said that the big takeaway from those discussions was that ERDC was interested in having a platform to show the ecosystem services value of its projects. “So that was an exciting opportunity to connect and partner with them on the development of a tool that could help them in this regard,” Messer said. Messer said the opportunity to work with the Corps to assess its projects nationwide is “huge” for the University and for UD’s College of Agriculture and Natural Resources. “It speaks enormously to our college’s prominence in environmental economics issues,” Messer said. Martin Heintzelman, chair of UD's Department of Applied Economics and Statistics, said the project will help raise the profile of the department. “This is really in our wheelhouse in terms of the kind of research we do,” Heintzelman said. “It’s a great opportunity for us to be applying research to policymakers, people who are going to use this work to make better decisions as they’re going about their work constructing, managing, and sometimes de-constructing water and related projects.” The researchers hope the web-based platform will play a role in policy and decision-making, helping the Corps make more informed decisions on environmental projects in the future. “One thing I hope is going to come from this is the choices we make today are going to create a better tomorrow. That’s what it is all about” Kecinski said.

The Handshake Seen 'Round The World

More than 50 million viewers were expecting a cold standoff to start last night's debate between Vice President Kamala Harris and former president Donald Trump. University of Delaware experts say Trump was likely more shocked than they were when Harris walked to his podium for a cordial handshake. "It was a clearly planned move on Harris' part intending to assert some dominance over someone whose entire schtick is about being dominant. And it was successful, and I think it discomforted Trump," said David Redlawsk, professor of political science and international relations. Erin Cassese, professor of political science and international relations, said the move exuded confidence, especially given that President Biden and former-President Trump did not shake hands at the outset of their July debate. "Harris’s pursuit of the handshake showed off the bat that she would engage in this debate on her own terms, Cassese said. "It also had Trump on the back foot, as he seemed not to expect the gesture." Cassese said the handshake also offset any advantage Trump might have gained due to the podium setup, which could have highlighted their height differential. "But the handshake showed that Harris was not intimidated by the difference in stature," Cassese said. Redlawsk is a political psychologist who studies voter behavior and emotion, focusing on how voters process political information to make their decisions. He has written several books on politics, worked behind the scenes on campaigns and ran for local office. Cassese explores the behavior of women as voters and candidates for political office in the United States. Her areas of expertise are gender, abortion, public opinion, campaigns and elections. To set up an interview either either expert, reporters can visit their ExpertFile pages and clicking on the "contact" button.

Curbing toxic metals in baby food

Rice is a staple food for babies and young children. But heavy metals and metalloids such as cadmium and arsenic found in rice could hinder their brain development. University of Delaware researchers grew rice on 18 small fields, exposing the rice paddies to different flooding and wet conditions. Once they harvested the grain, they analyzed how much arsenic and cadmium — two toxic elements — remained in it. They found flooded rice fields tend to have higher amounts of arsenic and lower amounts of cadmium while drier rice fields have lower amounts of arsenic and higher amounts of cadmium. Angelia Seyfferth, a UD soil biogeochemist and professor in the Department of Plant and Soil Sciences, says the findings present a bit of a puzzle. “There’s a challenge,” Seyfferth said. “It basically resides in what is this magic number or magic water status in the soil to try to minimize both of them. There really isn’t one that is universal across all soils.” The findings could help shape policy as the U.S. Food and Drug Administration could release new regulations for arsenic and cadmium in infant food by the end of the year, part of its Closer to Zero Action Plan to reduce infants’ and children’s exposure to contaminants in food. To contact Seyfferth to learn more about this research, visit her ExpertFile profile or click the contact button.