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Lettuce Eat Local: Pop(corn) Music

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Amanda Miller
Columnist
Lettuce Eat Local

It’s such an unmistakable sound, yet I don’t know how to even begin to describe it. I could hear it coming from anywhere in the house and be immediately aware of what’s happening, but every time I stop and think about how to spell it or put it into words, I am flummoxed. 

So distinct, and so indistinct. An art form, all unto its own: my daughter, eating popcorn. 

You know the pop-pop-pop explosions as popcorn is being made, and the crunch as it is munched. Without even knowing you were paying attention, you probably also know the sound popcorn makes as handfuls are collected out of the bowl (oddly reminding me of footsteps in fresh snow, a little squeaky and airy); and if you eat like my family does, the sound of those handfuls being subsequently crammed into mouths that can’t quite fit the entire delivery. 

There’s more: the sharp tumble of hundreds of kernels being measured out, the raspy creak as our Stir-Crazy popper arm rotates along the base, the gentle landing of a shower of salt and the scraping flow as you toss the popcorn in the bowl to disperse the seasonings. The nearly imperceptible shush and crush of stray flakes — the technical term for pieces of popped popcorn — as they invariably fall to the floor and get stepped on. There’s even the muted yet semi-frantic sound popcorn makes as it deflates in contact with a liquid (we used to always have orange juliuses with popcorn on Sunday evenings, and I liked to toss a handful into mine to eat off the top, all soggy and weird). 

All these, and more; popcorn music to my ears. Can you tell I’ve been a popcorn person all my life?

But none of these are the sound of Kiah and her popcorn. Hers is a combination of many of the above, particularly the handful-to-mouth-cramming, but it comes with her very own sound effects as she tilts her little head back. She audibly portrays and overdramatizes the idea of her mouth opening wide; envision a comic book character snarfing down some food. The closest I can get is something between a lion cub’s roar and a hungry hedgehog? Sounds that don’t accompany eating but somehow also completely illustrate it, 17-month-old style. 

It’s going to be incredibly annoying if she doesn’t grow out of the habit before she is much older, but for now I find it ridiculously endearing. 

Interestingly, we often get popcorn delivered directly to our door. While we typically prefer cash or Venmo for milk, our octogenarian neighbor at some point decided that he would pay for his weekly gallons with a couple bags of freshly popped popcorn. We love the barter system, and popcorn, so while it’s not necessarily an equitable trade, I’m not about to argue. He really enjoys making and sharing it, and we enjoy eating it. 

Is popcorn hard or time-consuming to make? Not even close. Is it still easier to just open the twistie and dive into the bag? Absolutely. 

Oh, I forgot another popcorn sound Kiah makes — the shrieks of dramatic glee and subsequent pitter-patter of small tottering feet as she spies and snatches a fresh bag.

 

Parmesan Pickle Popcorn

Even with my penchant for all sorts of crazy flavors, there is something neverendingly inviting about plain and simple popcorn. But you already know how to make that, so of course here is a less common idea for that every once in a while you want to munch on something different. Make it how you like it, either by the serving or by the giant bowlful — although sometimes those are one and the same. I’m just glad I had time to snatch a photo before Kiah ran away clutching the bowl aggressively. 

Prep tips: If you don’t have a popcorn popper (either the appliance or the neighbor) you can always do it on the stovetop in a covered pot or in a paper bag in the microwave! The salt & vinegar seasoning really amps up the pickley flavor and adds some nice acid, but still try the parm and dill even if you don’t have it.

popped popcorn (still warm is nice but not essential)

a drizzle of melted butter

a good sprinkle of shredded parmesan (not the canister kind)

a couple dashes of dried dill weed

powdered salt & vinegar seasoning OR fine salt to taste 

 

KU News: Pulitzer Prize-winning historian Edward Larson to speak at KU for Scopes Trial centennial

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From the Office of Public Affairs | https://www.news.ku.edu

Headlines

Pulitzer Prize-winning historian Edward Larson to speak at KU for Scopes Trial centennial

LAWRENCE — The Department of Religious Studies at the University of Kansas will welcome author and legal scholar Edward Larson for a special lecture commemorating the centennial of the 1925 Scopes Trial, a landmark case that continues to resonate in today’s educational and political discourse. The event will take place at 7 p.m. April 29 in the Kansas Union, The Jay, and is free and open to the public.

Audio-Reader to host donation drive at Fairlawn Plaza in Topeka to support audio sale

LAWRENCE — The Audio-Reader Network invites Topeka-area residents to support its fall benefit sale by donating gently used audio equipment and music items during an upcoming donation drive from 4 to 7 p.m. May 1 at Fairlawn Plaza, outside the Kiku Japanese Steak House entrance. These items will be resold during Audio-Reader’s popular Audio Sale on Sept. 13.

 

KU Engineering recognizes 2 alumni and a longtime educator for distinguished service

LAWRENCE — The University of Kansas School of Engineering will recognize three people with the school’s highest honor, the Distinguished Engineering Service Award. Willem Anemaat, alumnus and DARcorporation co-founder; alumnus Frank Tsuru, CEO of Houston-based Momentum Midstream; and longtime faculty member David Darwin will be honored in a ceremony May 8.

 

Full stories below.

 

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Contact: Albert Reyes, Department of Religious Studies, [email protected]
Pulitzer Prize-winning historian Edward Larson to speak at KU for Scopes Trial centennial

LAWRENCE — The Department of Religious Studies at the University of Kansas will welcome Edward Larson, Pulitzer Prize-winning historian and legal scholar, for a special lecture commemorating the centennial of the 1925 Scopes Trial.

The event will take place at 7 p.m. April 29 in the Kansas Union, The Jay, and is free and open to the public.

Larson, author of “Summer for the Gods: The Scopes Trial and America’s Continuing Debate Over Science and Religion,” will explore the cultural and legal legacy of one of the most iconic court cases in American history. Often framed as a clash between science and religion, the Scopes Trial — in which high school teacher John Scopes was tried for teaching evolution — continues to resonate in today’s educational and political discourse.

Larson’s talk will not only revisit the historic trial but also examine its lasting influence on public perceptions of science, religion and academic freedom in the United States. Attendees will gain insight into the personalities behind the trial, including Clarence Darrow and William Jennings Bryan, and the broader cultural moment that made the case a defining chapter in American history.

This event is part of the Department of Religious Studies’ ongoing commitment to fostering conversations that bridge history, law, religion and public life. A reception will follow the lecture, and all are welcome to attend.

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Each of Kansas’ 105 counties receives KU Medical Center outreach.

 

https://ku.edu/distinction

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Contact: Meredith Johanning, Kansas Audio-Reader Network, 785-864-4634, [email protected]
Audio-Reader to host donation drive at Fairlawn Plaza in Topeka to support audio sale

 

LAWRENCE — The Audio-Reader Network invites Topeka-area residents to support its annual benefit sale by donating gently used audio equipment and music items during an upcoming donation drive from 4 to 7 p.m. May 1 at Fairlawn Plaza, outside the Kiku Japanese Steak House entrance.

Audio-Reader seeks donations of stereo equipment, speakers, vinyl records, cassette tapes and musical instruments. These items will be resold during Audio-Reader’s popular Audio Sale on Sept. 13, with all proceeds directly supporting its mission to provide free accessibility services for individuals who are blind, visually impaired or print disabled.

“This is a great opportunity to clear out your closets and attics while supporting accessible services for thousands of listeners across the region,” said Meredith Johanning, assistant development director at Audio-Reader.

A full list of acceptable donation items can be found at the Audio-Reader sale webpage.

About Audio-Reader

The Audio-Reader Network, a service of the University of Kansas, provides free, 24/7 access to newspapers, magazines, books and more for people who are blind, low-vision or otherwise unable to read standard print.

For more information about the donation drive or Audio-Reader’s services, visit the Audio-Reader website.

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KU provides fire, rescue and law enforcement training across Kansas.

 

https://ku.edu/distinction

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Contact: Cody Howard, School of Engineering, 785-864-2936, [email protected]
KU Engineering recognizes 2 alumni and a longtime educator for distinguished service

 

LAWRENCE — The University of Kansas School of Engineering will recognize three people with the school’s highest honor, the Distinguished Engineering Service Award. Alumni Willem Anemaat and Frank Tsuru and longtime faculty member David Darwin will be honored in a ceremony set for 6 p.m. May 8.

The Distinguished Engineering Service Award is given each year to individuals who have maintained close association with the school and have made outstanding contributions to the engineering profession and to society.

“Whether it’s through research and teaching, creating groundbreaking software or developing new cost-effective processes for the energy industry, each of this year’s awardees have advanced the engineering profession in significant ways,” said Mary Rezac, dean of the School of Engineering. “Each are dedicated Jayhawk engineers who have made major contributions to school and the university throughout the years.”

The School of Engineering Advisory Board has given the Distinguished Engineering Service Award annually since 1980. The award is made on the basis of an individual’s contribution to the public good, governmental service or the educational system, or contributions to the theories and practices of engineering, research and development in new fields of engineering or direction of an organization that has made exceptional contributions in design, production and development.

Willem Anemaat

Colleagues describe Anemaat as a brilliant aircraft designer with tremendous creativity. The global acclaim earned through his development of one of the world’s most utilized aircraft design software programs is a key reason for KU aerospace engineering’s worldwide status as a leader in this space.

Anemaat earned his master’s degree in aerospace engineering from Delft University of Technology in the Netherlands in 1987 and received his doctorate in aerospace engineering from KU in 2007.

While at KU, Anemaat studied under the late aerospace engineering professor Jan Roskam, who wrote several textbooks foundational to aircraft design.

In 1991, Anemaat and Roskam co-founded DARcorporation in Lawrence. Anemaat, who has served as president of the company since Roskam retired in 2004, took Roskam’ s teachings and developed the Advanced Aircraft Analysis software, which encodes methods of Roskam’ s design books into an accessible suite of software that the company uses in consulting for aircraft design.

Industry leaders said Anemaat’ s work on the software has been transformative, offering a comprehensive tool that integrates all facets of aircraft design into one package and bridges the gap between theoretical knowledge and practical application. It is considered the industry-leading aircraft preliminary design, stability and control software, and it is installed in over 50 countries.

Through his success in industry, Anemaat is one of KU’s most public figures in the field, and he remains generous in his support of his alma mater.

Since 2011, he has taught more than 40 aerospace engineering short courses to more than 2,500 attendees. He is a collaborative research partner on numerous federal grants, with direct cost-share donated well in excess of $100,000. He spent years coordinating exit interviews with graduating seniors in aerospace engineering to help the department evaluate its instruction and the overall undergraduate experience. He served on the aerospace engineering advisory board for 15 years, including one year as chair, and was inducted into the KU Aerospace Engineering Honor Roll in 2017.

With more than 60 published papers, he is also a prominent figure at major global symposiums and conferences.

He’s also actively involved in the American Institute of Aeronautics and Astronautics (AIAA). For 19 years, he was a member of the Aircraft Design Technical Committee and served as associate editor for the AIAA Journal of Aircraft. In 2009, he was named an AIAA Associate Fellow and received the AIAA Sustained Service Award in 2021.

David Darwin

With more than six decades of service to KU and the civil engineering profession and a career defined by industry-leading research and award-winning teaching — David Darwin stands as one of the most decorated and influential faculty members in the 134-year history of the KU School of Engineering.

Darwin earned his bachelor’s degree in civil engineering from Cornell in 1967 and — while on activity duty in the U.S. Army Corps of Engineers — a master’s in structural engineering and materials science from the same institution in 1968. After four more years on active duty, including a year in Vietnam, he enrolled at the University of Illinois at Urbana-Champaign, receiving his doctorate in civil engineering in 1974.

That same year, he began his career at KU in what was then the Department of Civil Engineering, where he remains active in teaching and research as Deane E. Ackers Distinguished Professor. His 51 years on the faculty is thought to be one of the longest tenures in the history of the school.

From his earliest days at KU, colleagues said Darwin’s dedication to teaching was evident and that he challenged students to do their best work.

Darwin earned the title of Distinguished Professor in 1990 and continued to grow his research portfolio and serve KU and the profession through activity on dozens of boards, committees and councils.

In 2013, Darwin was appointed chair of the Department of Civil, Environmental & Architectural Engineering, a position he held for 10 years.

Under his guidance, the department hit unprecedented heights in research expenditures, faculty growth, student enrollment, and facilities expansion and renovation. He also helped create online programs for graduate courses and developed a collaborative relationship between KU and the Qingdao University of Technology.

Darwin also championed dramatic growth in the department’s financial resources, fundraising for scholarships, laboratories and graduate student offices with great success.

He oversaw construction or renovation of new steel, concrete, asphalt, soils, driving simulator, HVAC and lighting laboratories. He was also instrumental in creating a departmental graduate student office, which he helped finance, named after his late wife, Diane Darwin, a 1979 civil engineering graduate. He also established Chair’s Council professorships, which have proven to be a critical tool in faculty retention.

Beyond his 50-plus years of support for the KU community and his department, Darwin has a history of scholarly research of civil engineering structures and materials that establishes him as an international leader in structural engineering.

Industry leaders said Darwin’s expertise in concrete materials and structural engineering is well-respected by the engineering community for its depth and breadth. He has always been considered a “concrete man,” and his research focuses on reinforcing steel bond with concrete, durability of concrete and reinforcing steel, and cracking in bridge decks.

His research centers on better understanding of these complex structural issues and improving the accuracy of prevailing design codes. For example, composite web opening research he led culminated in steel construction design specifications that remain unchanged 35 years later.

He has co-written two textbooks used by tens of thousands of engineering students and has a lengthy history of service to the university and the industry.

He’s a past-president of the American Concrete Institute (ACI) and made major contributions to ACI’s Concrete Building Code, which is the standard of design in the United States and many other parts of the world. For decades, he’s served on numerous committees for the American Society for Testing and Materials and was active for years in the American Society of Civil Engineers (ASCE).

Darwin’s career has been recognized with highest honors from major professional organizations in his areas of interest, including election as an ASCE Distinguished Member in 2012 and an ACI Honorary Member in 2016.

Frank Tsuru

Known by colleagues as a visionary entrepreneur who has a decorated history of community service and support for KU, Frank Tsuru has made significant contributions to the oil and gas industry and been instrumental in creating world-class learning environments for Jayhawk engineers.

Tsuru earned his degree in petroleum engineering from KU in 1983 and is the CEO of Momentum Midstream, a Houston-based oil and gas company that specializes in building out infrastructure into previously undeveloped areas.

After earning his degree from KU, Tsuru initially worked for TXO Production Corporation as a drilling and production engineer, a position that prepared him to move on as an executive in petroleum-related companies. In 1990, he founded his first company, Southwestern Production, which eventually sold to Conoco Phillips.

In 2002, Tsuru founded Aka Energy, a company focused on acquiring midstream assets from the Southern Ute Indian Tribe Reservation.

Two years later, he co-founded his current venture, Momentum Midstream. The company has expanded growth into new industry and projects that are the first of their kind in the United States while providing a more cost-effective option for oil and gas producers to build out infrastructure.

Midstream Momentum also developed a first-of-its-kind setup at an ongoing project in Louisiana. The company takes untreated natural gas and removes the CO2 in its amine treating facility, which is the largest such facility in the United States. From there, Momentum delivers the CO2 to Exxon Mobil to re-inject into the subsurface. This sequestration is intended to reduce greenhouse gas emissions consistent with the goals of the Inflation Reduction Act.

Tsuru also remains heavily involved with his alma mater, offering support that School of Engineering leaders say has proven transformational for KU engineering students.

He and his wife, Stephanie, provided significant financial backing for two labs in the Department of Chemical & Petroleum Engineering: one that benefits first-year students and another for seniors, which school leaders say makes KU’s laboratory sequence one of the best in the country. The couple also funded the outstanding senior laboratory group award.

Tsuru’ s contributions helped the Department of Chemical & Petroleum Engineering complete a pilot-scale distillation column and control room in the Unit Operations Lab. This facility is one of the most specialized labs of its kind in higher education and provides KU students with a learning experience few institutions can offer.

Tsuru was also instrumental in a complete overhaul of the freshman laboratory experience in the department, providing funding for renovations and the development of experiments.

Tsuru also routinely returns to speak with KU seniors in chemical and petroleum engineering.

Tsuru is heavily involved with community, national and international philanthropic organizations.

He has been especially active in the Boy Scouts of America. He is a member of the National Executive Committee and current chair of the Safeguarding Youth Committee. He is also past president of the National Eagle Scout Association.

He served as the board chair for Yellowstone Academy, a faith-based school serving elementary age students living in extreme poverty; is vice chair of the Star of Hope Mission, an organization started in 1907 to serve the homeless in Houston; and the Tsurus serve as co-chairs for the Houston Ballet Ball and Asia Society Tiger Ball.

Tsuru was elected to the KU Endowment Board of Trustees in 2021 and the Governance Finance Committee in 2023. That same year, he was inducted into the KU Chemical and Petroleum Engineering Department’s Hall of Fame. He is a recipient of the Distinguished Alumnus Award for Alpha Tau Omega.

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KU News Service

1450 Jayhawk Blvd.

Lawrence KS 66045

[email protected]

https://www.news.ku.edu

 

Erinn Barcomb-Peterson, director of news and media relations, [email protected]

 

Today’s News is a free service from the Office of Public Affairs

 

KU News: Three KU students named to prestigious NSF Graduate Research Fellowship Program

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From the Office of Public Affairs | https://www.news.ku.edu

Headlines

Study of ‘spatial synchrony’ using long-term data exposes ecological trends and could boost conservation, farming

LAWRENCE — Populations of animals and plants separated by even thousands of miles can rise and fall together driven by ecological factors, a phenomenon scientists call “spatial synchrony.” A new study from the University of Kansas in Ecology Letters reveals the study of spatial synchrony over a long enough timescale leads to better testing of ideas, improved statistical results and new conceptual realms for understanding ecology, conserving species and farming more profitably.

 

Three KU students named to prestigious NSF Graduate Research Fellowship Program

LAWRENCE — Three University of Kansas students were recently named to the highly competitive National Science Foundation Graduate Research Fellowship Program. The distinction provides three years of financial support with an annual stipend of $37,000 and a cost of education allowance of $16,000 to the institution. The KU awardees are Joseph Hand, physics & astronomy, Overland Park; Cecilia Paranjothi, chemistry, Lawrence; and Jasmine Perea, environmental & water resources science, Seward, Alaska.

 

Full stories below.

 

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Contact: Brendan Lynch, KU News Service, 785-864-8855, [email protected]
Study of ‘spatial synchrony’ using long-term data exposes ecological trends and could boost conservation, farming

 

LAWRENCE — Populations of animals and plants separated by even thousands of miles can rise and fall together driven by ecological factors, a phenomenon scientists call “spatial synchrony.”

A new study from the University of Kansas in Ecology Letters reveals the study of spatial synchrony over a long enough timescale leads to better testing of ideas, improved statistical results and new conceptual realms for understanding ecology, conserving species and farming more profitably.

“There are many examples of this,” said lead author Daniel Reuman, professor of ecology & evolutionary biology at KU and senior scientist with the Kansas Biological Survey & Center for Ecological Research. “One study from the early 2000s examined two populations of musk ox on opposite sides of the Greenland Ice Sheet. Even though they were separated by 1,000 miles of ice, their populations fluctuated in sync — they had good years and bad years at the same time.”

Reuman said his study reviews the most important conceptual developments in spatial synchrony over the past 20 years.

“One of these is timescale structure,” he said. “Populations don’t just fluctuate — they do so on multiple timescales simultaneously. They might change on an annual basis, as expected, but they also fluctuate on decadal scales and beyond. The causes of these fluctuations vary, and synchrony can differ depending on the timescale.”

Along these lines, Reuman and his co-authors found studies focused on longer-term timescales could be considerably more valuable to scientific understanding than those with shorter time considerations.

“If you have a study that lasts 20 years, it’s more than twice as valuable as a 10-year study,” he said. “The value increases exponentially. We wanted to highlight ways that long-term scientific monitoring efforts in our field have led to paradigm shifts in conceptual understanding. We feel really fortunate to study on the backs of some of these long-term monitoring projects, many of which have been ongoing for decades. We wanted to highlight what that does for scientific understanding and the importance of supporting those efforts moving forward.”

According to study co-author Max Castorani from the University of Virginia, the findings add a new element to value of long-term environmental research.

“Studies lasting several decades are rare in science but play an outsized role in generating knowledge,” Castorani said. “Our new synthesis further demonstrates that sustained investment in long-term ecological studies yields breakthroughs in understanding the natural world and its influence on society and industry. This leads to big gains in informing policy and management related to the environment, from climate and weather to forestry and fisheries.”

Lawrence Sheppard, a co-author from the Continuous Plankton Recorder Survey, said, “The advantage of having long-term data on plankton abundance is twofold: With the right techniques, you can get good statistics about repeating seasonal changes in the data and also uncover long-timescale changes in the oceans.”

Reuman said figuring out the environmental drivers of synchrony is another important line of inquiry in the new study.

“Years ago, researchers had decent theoretical ideas about what caused synchrony, but those ideas were largely untested in real populations,” he said. “In only a few cases could they definitively pinpoint a cause. Today, thanks to better tools and long-term datasets, scientists can make more accurate inferences about the factors driving synchrony — provided they have sufficient data. Because different causes can influence synchrony at different timescales, researchers must analyze data accordingly to identify the drivers effectively.”

The KU researcher said the drivers and effects of synchrony, along with how synchrony itself operates, can change over time. The theoretical frameworks described in the study have led to a more granular understanding of human-driven global warming as environmental changes are predicted to come faster in coming years.

“The third major trend we look at involves changes in synchrony,” Reuman said. “This ties to long-term monitoring efforts. If you need a certain amount of data to detect synchrony, you need even more to detect changes in it over time. These changes have increasingly been linked to climate oscillations, which in turn are connected to climate change. Scientists have studied the effects of climate change in many ways, but only recently have we recognized that changes in large-scale synchrony patterns can be another consequence of shifting climatic variables.”

Lastly, Reuman and his co-authors examine research trends into the mechanisms of synchrony — factors that influence synchrony in ways that might not be immediately obvious. These mechanisms are varied and require detailed study of long-term data to uncover.

Reuman’s co-authors were Vadim Karatayev and Nat Coombs from KU; Jonathan Walter, Ethan Kadiyala, Amanda Lohmann, Kyle Haynes and Max C.N. Castorani from the University of Virginia (with Walter also affiliated with the University of California-Davis); Lawrence Sheppard from the Marine Biological Association of the United Kingdom; Thomas Anderson from Southern Illinois University Edwardsville; and Lauren Hallett from the University of Oregon. Karatayev is also affiliated with the University of Maryland.

Reuman said the value of understanding spatial synchrony went beyond purely scientific inquiry. Work on synchrony could help farmers predict outbreaks of disease and pests or know when market prices might be apt to rise or fall based on climactic factors unseen without a grasp of synchrony.

“You can imagine this in an agricultural context,” he said. “In a study from 2016, we examined population synchrony in aphids, a major crop pest. When aphid populations synchronize across a region, it means pest outbreaks occur simultaneously in multiple areas, potentially reducing crop yields across the entire region.”

Beyond pests, synchrony can also affect crop yields themselves, Reuman said.

“For example, if all corn farms in Kansas experience a poor harvest in the same year, less corn will be available on the market, impacting prices,” he said. “However, if some farms have a bad year while others do well, they balance each other out. The first scenario represents synchronous fluctuation, while the second is asynchronous fluctuation. The same concept applies to disease outbreaks. Whether populations are synchronous or asynchronous can have significant consequences depending on the context.”

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KU spent $78.9 million across Kansas on research-related goods and services in FY23.

https://ku.edu/distinction

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Contact: Ranjit Arab, College of Liberal Arts & Sciences, [email protected]
Three KU students named to prestigious NSF Graduate Research Fellowship Program

LAWRENCE — Three University of Kansas students were recently named to the highly competitive National Science Foundation Graduate Research Fellowship Program.

The KU awardees:

Joseph Hand, physics & astronomy, from Overland Park
Cecilia Paranjothi, chemistry, from Lawrence
Jasmine Perea, environmental & water resources science, from Seward, Alaska

The distinction provides three years of financial support with an annual stipend of $37,000 and a cost of education allowance of $16,000 to the institution.

The NSF Graduate Research Fellowship Program is one of the nation’s oldest and most prestigious programs, dedicated to ensuring the vitality and diversity of the country’s science and engineering leaders by recognizing and supporting outstanding graduate students in NSF-supported science, technology, engineering and mathematics disciplines who are pursuing research-based master’s and doctoral degrees. KU’s three students were among 2,000 selected from more than 12,000 applicants nationwide.

Ian Crossfield, associate professor of physics & astronomy at KU and head of the ExoLab, is research adviser to one of the recipients, Joseph Hand, a senior from Overland Park, who will attend graduate school at the University of Hawaii in the fall. Crossfield said it was especially impressive that KU had three recipients this year, since the program was even more competitive than before given the NSF’s recent budget cutbacks.

“Having three KU students receive this award makes a strong statement about the high quality of KU student researchers on the national stage,” Crossfield said.

Joseph Hand

Hand is working with Crossfield to develop a machine learning model that can analyze the chemical composition of the atmospheres of stars by looking at their spectra. Particular elements in the star’s atmosphere absorb particular colors of light, which show up in these spectra. By using machine learning, he aims to measure how much of these elements are in the star’s atmosphere.

“It is an incredible honor to have received this fellowship to continue my work in astrophysics as a graduate student,” Hand said. “I would like to thank the NSF for awarding me this fellowship, as well as my research advisor Dr. Ian Crossfield for the immense help he has been to me throughout my undergraduate education.”

Cecilia Paranjothi

Paranjothi has been conducting undergraduate research for James Blakemore, associate professor of chemistry, since May 2022. Her current work, which is motivated by the need for improvements in the management of spent nuclear fuel, investigates the surface behavior of a series of uranium complexes. Paranjothi has presented her research at both regional and national American Chemical Society conferences.

“I am very honored to have received this fellowship, and I am grateful for the support it will provide me as well as the opportunities it will enable in my graduate studies,” Paranjothi said. “I am thankful for Dr. Blakemore and my research lab mates, as they have been a constant source of encouragement and inspiration throughout my time at KU.”

Jasmine Perea

Perea works with Belinda Sturm, professor of civil, environmental & architectural engineering, on the anaerobic digestion model No. 1 (ADM1). She aims to collect microbes from Alaskan thermokarst lakes to explore their potential in Arctic anaerobic digestion systems. As an Invalu Scholar, she advocates for Indigenous representation in STEM and centers traditional ecological knowledge in environmental engineering.

“Earning my graduate degree at KU is a step toward ending the honey bucket crisis and plumbing poverty in Alaska Native villages,” she said. Perea credits the Sloan Indigenous Graduate Partnership and the Haskell Environmental Research Studies (HERS) program for opening doors: “These fellowships recognize Indigenous brilliance and empower me to co-design systems that serve our people and protect our lands.”

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KU News Service

1450 Jayhawk Blvd.

Lawrence KS 66045

[email protected]

https://www.news.ku.edu

 

Erinn Barcomb-Peterson, director of news and media relations, [email protected]

 

Today’s News is a free service from the Office of Public Affairs

 

KU News: KU economist Donna Ginther named member of the American Academy of Arts & Sciences

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From the Office of Public Affairs | https://www.news.ku.edu

Headlines

Contact: Erinn Barcomb-Peterson, KU News Service, 785-864-8858, [email protected]
KU economist Donna Ginther named member of the American Academy of Arts & Sciences

 

LAWRENCE — A University of Kansas economist is among nearly 250 new members named to the American Academy of Arts & Sciences for its Class of 2025.

Donna Ginther is the Roy A. Roberts and Regents Distinguished Professor of Economics and directs KU’s Institute for Policy & Social Research and KU’s Center for Science, Technology & Economic Policy. She also serves as a research associate at the National Bureau of Economic Research.

“I am very honored to be elected as a member of the American Academy of Arts & Sciences and to join such a distinguished group of scholars, thought leaders and humanitarians,” Ginther said. “My research on the economics of science coincides with the academy’s focus on science, technology and society. As a member, I hope to contribute to that important work.”

To underscore the importance of American Academy of Arts & Sciences membership, the National Research Council lists it as a highly prestigious award, and faculty membership is a metric for KU’s membership in the Association of American Universities.

“The College is extremely proud of Dr. Ginther’s election into the American Academy of Arts & Sciences,” said Arash Mafi, executive dean of the College of Liberal Arts & Sciences at KU. “This recognition highlights her significant contributions to economics and policy research at KU. Dr. Ginther exemplifies the kind of innovative scholarship and leadership that makes a real difference in our academic community, Kansas and the world.”

Ginther’s research centers on the economics of science, academic labor markets, gender differences in employment outcomes, wage inequality and investments in children.

“Dr. Ginther has spent her career embodying the American Academy of Arts & Sciences’ values of working across disciplines and divides to advance the common good,” said Shelley Hooks, vice chancellor for research. “Her research illuminates the contours of social challenges and provides insightful data to inform policy solutions. Her contributions benefit people in Kansas and beyond, and her election to the academy is richly deserved.”

A sought-out expert on these topics, her research and expertise have been featured in The Economist, The New York Times, The Washington Post, NPR and other national media outlets.

Her research has been published in Science, Journal of the American Statistical Association, Journal of Economic Perspectives, Demography, Psychological Science in the Public Interest, and the Papers and Proceedings of the American Economic Association. She has received research funding from the National Science Foundation, the National Institutes of Health, the Alfred P. Sloan Foundation and the Ewing Marion Kauffman Foundation.

Before joining KU, Ginther was a research economist and associate policy adviser in the regional group of the research department of the Federal Reserve Bank of Atlanta, having taught previously at Washington University and Southern Methodist University.

A Wisconsin native, Ginther received a doctorate in economics in 1995, a master’s degree in economics in 1991 and a Bachelor of Arts in economics in 1987, all from the University of Wisconsin-Madison.

Ginther joins previously inducted Jayhawk academy members Kristin Bowman-James, University Distinguished Professor of Chemistry; Robert Warrior, Hall Distinguished Professor of American Literature & Culture; Jorge Soberón, University Distinguished Professor of Ecology & Evolutionary Biology; Donald Worster, distinguished professor emeritus of history; and Paul Meier, professor emeritus of theatre.

Founded in 1780, the academy honors exceptional scholars, leaders, artists and innovators, engaging them to share knowledge and address challenges facing the world.

The 2025 class also includes activist and journalist Gloria Steinem, novelist Amy Tan and World Central Kitchen founder and chief feeding officer José Andrés.

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KU News Service

1450 Jayhawk Blvd.

Lawrence KS 66045

[email protected]

https://www.news.ku.edu

 

Erinn Barcomb-Peterson, director of news and media relations, [email protected]

 

Today’s News is a free service from the Office of Public Affairs

 

Wheat Scoop: Cooper Rathbun Awarded 2025 Herb Clutter Memorial Scholarship

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Kansas Wheat

For the audio version, visit kswheat.com.

 

Cooper Rathbun’s earliest memories involve riding in the combine. Like many farm kids, he graduated from the buddy seat to driving the grain cart and eventually helping with equipment maintenance to make sure everything ran smoothly during one of the most critical times of the year. Now, as a high school senior, he plans to put that experience to work as he studies for a future career in agricultural engineering. His passion for farming, paired with his interests in technology and innovation, made him the ideal candidate for the 2025 Herb Clutter Memorial Scholarship, administered by the Kansas Association of Wheat Growers.

 

“Growing up on my family’s farm, I have spent countless hours working alongside my family during wheat harvest – riding in the combine, running grain carts and learning the importance of efficiency and sustainability in farming,” Rathbun wrote in his application. “These experiences have instilled in me a strong work ethic and an appreciation for innovation in agriculture.”

 

In addition to working on the family farm, Rathbun has been actively involved in leadership roles in school and his community, including as team captain of the basketball team. He has also secured a summer internship with Wilson & Company, which will provide him with hands-on engineering experience.

 

Rathbun will graduate in May from Lincoln Junior-Senior High School and plans to attend Fort Hays State University to complete his pre-engineering classes before transferring to Kansas State University. Ultimately, he plans to pursue a career in agricultural engineering, focusing on developing technologies that improve efficiency, sustainability and productivity in farming.

 

“My goal is to develop practical, research-backed solutions that enhance wheat production while keeping costs manageable for farmers – just as Herb Clutter envisioned through his leadership in variety development and industrial uses of wheat,” he wrote. “The Herb Clutter Memorial Scholarship represents more than just financial assistance – it honors a legacy of leadership, innovation and commitment to Kansas wheat growers. I am eager to carry on that legacy by applying my education and experiences to the advancement of the wheat industry.”

 

Herbert W. Clutter was a farmer from Holcomb and the first president of the National Association of Wheat Growers, which was established in 1948. Clutter encouraged Kansas wheat farmers to organize as a strong, unified voice, which led to the formation of the Kansas Association of Wheat Growers in 1952. He encouraged research in education and industrial uses of wheat, improved variety development and methods to produce the best product at the lowest cost. Clutter’s efforts led to the formation of the Kansas Wheat Commission by the Kansas legislature in 1957.

 

The Herb Clutter Memorial Scholarship was established in 2009 to honor Herb Clutter’s influential role in organizing leadership groups on behalf of Kansas wheat producers and is supported by the generosity of the Herb Clutter family. Farm kids with a self-starter attitude and a curious mind like Rathbun are the perfect fit to honor Clutter’s legacy.

 

“Wheat harvest taught me more than just the mechanics of farming; it instilled in me a strong work ethic, patience and the ability to adapt under pressure,” he wrote. “Long hours in the field, unpredictable weather and the teamwork required to make everything come together showed me the dedication that farming demands.”

 

Learn more about the Herb Clutter Memorial Scholarship at https://kswheat.com/clutter.