With Brood X only months away from emerging, Newsweek asks Raupp what to expect and what to look forward to. Follow link to read full article.

Quote: " Although the idea of swarms of insects appearing from the earth may sound "unbearable and frightening," Raupp said, "this is a wonderful opportunity for millions of people to witness and enjoy a remarkable biological phenomenon in their own backyard that happens nowhere else on the planet, truly a teachable moment." 

https://www.newsweek.com/trillions-brood-10-cicadas-emerge-us-17-years-underground-1562608  

​​Congratulations to the recipients of the Spring 2021 Ernest N. Cory Undergraduate Scholarship! This scholarship provides up to $1,000 for undergraduate students each semester who have creatively contributed to Entomology Department research and/or extension efforts. Choose, "Read More" to find out more about Elizabeth Butz, Sophia Barringer & Madison Tewey and their extraordinary efforts in Entomology.

We are very pleased to announce that the winner of the CMNS Board of Visitors Junior Faculty Award is Entomology's Assistant Professor, Megan Fritz! Megan’s work focuses on the study of insect evolution in response to a constantly changing environment. The lab uses molecular, genomic, and computational tools to shed light on the genomic variants that facilitate adaptation. Her outstanding research program has produced significant publications and attracted external funding. She has received two prestigious USDA- NIFA grants, which support her efforts to utilize genomic approaches to solve critical real-world problems and train students and postdoctoral fellows. Megan is a highly engaged university citizen, she teaches graduate and undergraduate level courses, participates in outreach and serves on a number of department and University committees. Congratulations Megan on this well-deserved recognition! 

Professor Emeritus, Galen Dively and his colleagues have a new paper out in the Journal of Economic Entomology titled, “Sweet Corn Sentinel Monitoring for Lepidopteran Field-Evolved Resistance to Bt Toxins” The study demonstrates that the sentinel plot approach as an in-field screen can effectively monitor phenotypic resistance and document field-evolved resistance in target pest populations, improving resistance monitoring for Bt crops. As a direct result of Galen’s research, the EPA has proposed a number of changes to the way the agency monitors genetically modified crop technologies. This fall Galen presented his research at the Fall Entomology Seminar Series. Check out PhD students Darsy Smith and Veronica Yurchak's Seminar Blog summarizing that talk. 

On a related note, a recent Maryland Farm & Harvest episode covered several stories on corn production, including a segment at the Beltsville Agricultural Research Center featuring Galen’s research on genetically modified corn.

written by: Demian Nunez and Madeline Potter
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Neonicotinoids are most commonly known to the public as a class of chemicals responsible for widespread pollinator decline. To growers they are a cheap means of dealing with historically difficult soil pests and are heavily used throughout the United States as a preventative measure. Given their prevalence, are the benefits enough to justify their use? Recent University of Maryland (UMD) entomology graduate Dr. Aditi Dubey, Hamby Lab, addressed this question and more in her exit seminar, summarizing five and a half years of research. 

written by: Graham Stewart, Meghan McConnell, Tais Ribeiro
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On the past November 20th, Dr. John Welch, Liaison for Action Programs of International Services (APHIS) and co-recipient of the 2020 Scientist of the Year Award, brought to the Entomology colloquium his example of a successful entomological career outside of academia, sharing some of his adventures and the many roles he has occupied. Although Dr. Welch’s work has involved a variety of issues, over the years his main focus has been on eradication of the screwworm (Fig 1), Cochliomyia hominivorax (Diptera: Calliphoridae). The screwworm is a deadly, parasitic fly that feeds on the living tissues of warm-blooded animals. It has many nicknames, one being “man-eater”. It has been a problem for livestock and humans for decades, leading to major economic losses for farmers. Two entomologists Edward F. Knipling and Raymond C. Bushland, are known for pioneering successful eradication efforts through the Agriculture Research Service (ARS). They developed the sterile insect technique (SIT), a low dose of radiation to make the screwworms sterile. The flies are then raised in a lab and released in infested areas. These sterile males mate with the females and the eggs laid do not mature. 

​written by: Eva Perry and Lindsay Barranco

​​At the beginning of his Entomology Department exit seminar presentation, graduate student Dylan Kutz asked his zoom-viewing audience “Who cares about spiders?” and “Why study drainage ditches?” – two questions that immediately grabbed everyone’s attention. Over the past three years Dylan has proven himself to be an adventurous and fearless researcher – sampling agricultural cropland drainage ditches for spiders in order to ascertain how they may facilitate natural pest management practices by supporting spider populations.

written by: Darsy Smith & Veronica Yurchak
 
Dr. Galen Dively, a Professor Emeritus in the Department of Entomology at the University of Maryland, has become a leading figure in the effort to monitor and mitigate resistance development to genetically modified Bt corn, primarily addressing the very destructive corn earworm. At this week’s colloquium, Dr. Dively presented on his work designing a new approach for monitoring insect resistance in Bt corn, as well as how this approach is changing the way genetically modified crop technologies are regulated by the EPA.  

​"Assessing the impacts of seasonal leaf litter disturbance on overwintering pollinators and natural enemies" earns grad student Max Ferlauto first prize poster at AGNR cornerstone event. Watch video to see how Max's work supports the college's initiative to improve human, animal, and environmental health. 

Congratulations, Max!

​Many people are fascinated about the diversity in nature, some are attracted by cichlids with various colors, others were allured by butterflies with different patterns. Katherine Taylor, a new Post-doc in the Fritz lab, was interested in the diversity of the lacewing mating songs. 

​For nearly the last two decades, STEM educators, particularly those in biology, have been moving toward a more active learning model for undergraduate courses. Dr. Marcia Shofner has been at the forefront of that effort at University of Maryland. Dr. Shofner is a Senior Lecturer in the Entomology Department, teaching several sections per year of Ecology and Evolution. Not only is this course often an early undergraduate’s first introduction to college biology, but it is often a Graduate Teaching Assistant’s first foray into teaching as well. At this week’s colloquium, Dr. Shofner shared a “peer through the lens” into designing and implementing an active learning course with the Entomology community. 

In the spring of 2004, millions of 17-year cicadas emerged from the ground. They crawled over trees, houses, and cars. They molted leaving exoskeleton shells on every surface. Birds feasted. Squirrels gorged themselves. Newly planted trees suffered. Children tiptoed though carcasses on their way to school. Parents scraped goo off their car’s wheels. The air vibrated with the cacophonous sound of cicadas. Then they were gone. But next year they are coming back. Whether you anticipate it with dread or excitement, they are coming again.

In his colloquium presentation to the UMD Entomology Department, Dr. Mike Raupp, an emeritus entomology professor at the University of Maryland, brought us up to speed on the coming emergence of periodical cicadas. The last time Brood X, the 17-year cicadas local to this area, emerged from the ground, entomologists were in heaven. Dr. Raupp gave numerous talks around the country even ending up on Jay Leno’s late-night show to teach about the fascinating insect. He explained how 17-year cicadas are a great opportunity to get people interested in bugs. Next year, they may be even more numerous due to recent habitat restorations and improved tree cover. 

Written by: Maria Cramer, PhD student, Hamby Lab

Seven months into the global COVID-19 pandemic, Dr. Leslie Pick, department head of entomology, kicked off the department’s fall colloquium series in a way that’s become familiar; she muted the audience, thanked everyone for coming, and shared her screen.
 
Past colloquium speakers have talked about the latest research in entomology, but Dr. Pick talked about topics even more important: COVID-19 and racism. Addressing COVID, she took us back to March by reminding us that over a one-week period the department transitioned from normal research to working from home with severe research restrictions. When you’re working with live animals and cultures, however, this doesn’t mean hitting a pause button. The whole department mobilized to care for colonies of insects and live cultures on campus or bring them home. Bringing home wolf spiders, lady beetles, and mantises was a new adventure for many and even attracted the attention of Nature and NPR. 

In a paper published in Genetics today (https://www.genetics.org/content/215/4/1027) Entomology graduate student Katie Reding (Pick lab) used CRISPR/Cas9 to make a genomic deletion of the white gene in the milkweed bug Oncopeltus fasciatus. The white gene was one of the first genes identified in Drosophila, over 100 years ago, where it is necessary for the red eye color of flies. Interesting, in Oncopeltus, white is necessary for pigmentation throughout the body but it is also necessary for organismal survival, as animals homozygous for the white mutations do not survive to adulthood.  This is the first demonstration that CRISPR is effective in Oncopeltus. Methods Katie developed will be useful for researchers to test the function of other genes in this and related species. ​

Entomology's Mike Raupp weighs in on enormous wasps about to emerge en masse throughout the eastern half of the U.S. to hunt cicadas—and to worry people. They are black with caution-yellow markings and the size of a USB stick.

Read the full story in the The New York Times. 

[College of Computer, Mathematical, and Natural Sciences]

Does spraying Listerine in your yard repel mosquitoes? That idea may be popping up in your social media, but Entomology's "Bug Guy" Mike Raupp says there's no official evidence it would work. And it could be harmful. 

Learn more via WUSA 9
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[College of Computer, Mathematical, and Natural Sciences]

Paula Shrewsbury, Professor and University of Maryland Extension Specialist, id's three invasive insects that have yet to reach the UK but have the potential to cause widespread disruption should they cross the pond.
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https://www.hortweek.com/pests-diseases-concern-uk-arborists/arboriculture/article/1690411  

Congratulations to Entomology faculty member Dr. Leo Shapiro who has been promoted to the rank of Senior Lecturer!

Since joining the UMD Department of Entomology in 2014, Leo has made significant contributions to teaching and service. He teaches two of the core BSCI undergraduate courses, BSCI160 (Principles of Ecology & Evolution) and BSCI207 (Organismal Biology) and has been very involved with BSCI 161 (Principles of Ecology & Evolution Lab). These high enrollment classes have Leo engaging with several hundred Terps each semester! He is actively engaged with teaching innovation for the core BSCI curriculum and was a UMD Teaching & Learning Transformation Center Elevate Fellow in 2018, working to redesign key parts of his BSCI 160 course. Leo advises numerous Biology majors each semester, supporting their academic pursuits and often providing important broader guidance and mentoring as well. He has served on a range of departmental committees and regularly serves on Entomology and Biology Honors thesis committees, supporting undergraduate research activities. 
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In addition to teaching and service, Leo continues to be involved in research. Over the past several years, he has published a study on methodological and statistical considerations for large-scale sampling of bee communities and a paper elucidating the species identity of a visually striking terrestrial alga from coastal California that is regionally common but taxonomically confusing. He is currently working on a new insect biology textbook for Sinauer/Oxford University Press.

Congratulations again Leo on reaching this important, well-deserved milestone!

​Shout out to Entomology faculty member Dr. Tammatha O’Brien who has been promoted to the rank of Principal Lecturer!

Tammatha has a long standing and exemplary record with the department of entomology. In 2009, shortly after graduating from the University of Maryland with her PhD in Entomology, she was recruited as a lecturer with the Department. Since then O’Brien has been teaching a variety of courses both within the College and outside – lectures, labs, online courses, many with large enrollment. In addition to O’Brien’s undergraduate teaching and advising roles she serves as the Director of the Department’s on-line Applied Entomology Master’s Program. 

Tammatha has been recognized as a leader in teaching, receiving the Allen L. Steinhauer Award for Excellence in Teaching, CMNS Dean’s Outstanding Lecturer Award, Provost’s Excellence in Teaching Award and the CMNS Board of Visitors Creative Educator Award. Furthermore, Tammatha received media mentions this Spring for her expertise in delivering outstanding online instruction to students. With energy and spirit, Tammatha rallied behind the universities move to transition all courses online due to COVID. She offered sage advice and encouragement to leading instructors and students as campus moved all courses to online instruction. Her efforts have been mentioned in the Washington Post and MD Today.

Please join me in congratulating Tammatha on reaching this important, well-deserved milestone!

Congratulations to Gussie Maccracken who has been awarded an NSF Postdoctoral Research Fellowship in Biology for FY2020. Starting in March 2021, she will be studying plant-insect interactions across the Cretaceous-Paleogene extinction event.