Corpse Flower Produces Pungent Bloom on Campus
A corpse flower owned and nurtured by Professor Stephen Madigosky bloomed in Kirkbride hall.
I believe students should experience science as an active and exciting process. To this end, I work to incorporate active and hypothesis-driven learning activities in my teaching. At the same time, I strive to incorporate effective teaching into student research carried out in my lab. I also believe that students should possess the ability to articulate scientific theories and concepts and develop well-reasoned scientific arguments.
I connect scientific writing to laboratory research by encouraging students to prepare research proposals, to seek outside grant support, and to participate in the authorship of publishable results. My ultimate goal is to help train inquisitive and scientifically literate individuals and inspire young scientists by engaging undergraduates. For more information on my background and teaching, visit my webpage. My research focuses on the diverse interface between plants and insects.
Plant-insect interactions are incredibly diverse and can largely be divided into interactions where plants co-opt insects as pollen vectors (for plant reproduction) and interactions where insects utilize plants as food sources and brood sites. Frequently these two sets of interactions are interrelated. I find it important to consider (1) insect perception of plant cues such as scent, color, shape, and texture, and (2) the multiple contexts in which plant cues, especially scent, may be used by the insect community. Specifically, I am interested in ecological (multi-trophic) interactions related to floral and vegetative scents and how plant-to-insect olfactory signals function in concert with visual and/or tactile plant cues.
My research focuses on the diverse interface between plants and insects. Plant-insect interactions are incredibly diverse and can largely be divided into interactions where plants co-opt insects as pollen vectors (for plant reproduction) and interactions where insects utilize plants as food sources and brood sites. Frequently these two sets of interactions are interrelated. I find it important to consider (1) insect perception of plant cues such as scent, color, shape, and texture, and (2) the multiple contexts in which plant cues, especially scent, may be used by the insect community.
Specifically, I am interested in ecological (multi-trophic) interactions related to floral and vegetative scents and how plant-to-insect olfactory signals function in concert with visual and/or tactile plant cues.
* Widener UG co-authors
Botanical Society of America (BSA), Society for Integrative and Comparative Biology (SICB)
A corpse flower owned and nurtured by Professor Stephen Madigosky bloomed in Kirkbride hall.
The Summer Undergraduate Research & Creative Activities (SURCA) program at Widener can be a foundation for some students to enter prestigious PhD programs and lead research on important topics.
Biology professor Katherine Goodrich has been named the university’s fourth Cynthia H. Sarnoski Science Faculty Fellow.
Widener honored a number of faculty members at the annual Faculty Awards Ceremony on Oct. 30.
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Kate Goodrich, professor of biology, will present a free virtual lecture sharing her research on the pollination of the pawpaw tree.
This article highlights research led by Kate Goodrich, associate professor of biology, to understand the pollination of the pawpaw plant, a tree native to United States and Canada that smells of fermenting fruit to attract fruit-loving flies for pollination.
This article promotes the winners of the annual Faculty Awards which recognizes faculty in the areas of teaching innovation, research, civic engagement, and institutional leadership. This year's winners include Professor Yvonne Antonucci, Professor Shirlee Drayton-Brooks, Professor J.
Associate Professor Kate Goodrich, Inesha Ellis ’20, Allison DeHaas ’20, and Rebecca Senski ’19 have had their paper entitled “False Advertising with Fermented Scents: Floral Mimicry in Pawpaw (Asimina triloba: Annonaceae) Pollination” published in the July/August 2023 edition of the International Journal of Plant Sciences.
The team, in collaboration with Professor Jade Savage at Bishop's University in Quebec, Canada, investigated the pollination of Asimina triloba to identify sources of floral mimicry in pollination.
Share link: https://www.widener.edu/news/noteworthy/biology-faculty-and-alumni-publish-research
College of Arts & Sciences Associate Professor Katherine R. Goodrich has received the Faculty Institutional Leadership Award. It recognizes a record of leading initiatives that further the university’s vision, mission, and strategic objectives.
Goodrich’s leadership roles in academic affairs and related Faculty Council work have helped shape academic policies and communications between academic units at the university. She has spearheaded several major campus initiatives centered on improving our climate around diversity, equity, and inclusion, and these initiatives have all had positive outcomes on the central tenants of our “We’re All Widener” identity. Goodrich has worked to build a more cohesive, equitable, and inclusive campus culture at Widener. Her visionary and persistent diversity, equity, and inclusion leadership has been recognized across the university and led to her election as the first chair of the new Faculty Council Diversity, Equity, and Inclusion Committee. Goodrich has focused much of her service activities on academic affairs and has contributed at all levels of the university. She served as chair of the Faculty Council Academic Affairs Committee for two terms (four years) and is seen as a strong leader at Widener.
Share link: https://www.widener.edu/node/22546
Associate Professor of Biology Katherine Goodrich, who is also the Cynthia H. Sarnoski Science Faculty Fellow, presented a lecture at the Harvard University Herbaria Seminar Series on March 10. The invited lecture, "Flowers, flies, and fermentation: floral mimicry and pollination ecology of pawpaw," focused on Goodrich's research on the pollination of the pawpaw, a tree native to United States and Canada that smells of fermenting fruit to attract fruit-loving flies for pollination.