b'Caitlin KestellNorth Carolina State UniversityKestell, a Ph.D. student in crop and soil sciences, is making innovative strides in agricul-tural biotechnology. Her research focuses on mitochondrial genome editing to explore novel agronomic traits, including cytoplasmic male sterility (CMS) for hybrid seed production and a seedless fruit phenotype with applications for crops like tomatoes, blackberries, and muscadine grapes. She has successfully developed a complete three-line hybrid seed production system in tobacco and validated the seedless phenotype in tomatoes, advancing innovations with significant commercial potential.She was accepted into NCSUs prestigious Genetics and Genomics Scholars pro-gram. Beyond her research, she is deeply committed to outreach, volunteering at science events and schools to inspire young learners and serving as a camp counselor for underrepresented high school students through the Howling with CALS program. Kestells scientific achievements, leadership, and dedication to STEM education position her as a future leader in agricultural research and biotechnology.Derrick MayfieldIowa State UniversityMayfield, a Ph.D. student in plant pathology, has been a cornerstone of the Seed Science Center since 2009. His leadership in the Seed Pathology and PCR testing labs has expanded seed health testing capabilities, including developing protocols for key pathogens like pospiviroids and tobamoviruses, driving a Sarah LippsUniversity of Illinois yearly increase in samples Lipps, a Ph.D. student in plant pathology, was recognized as atested.2024 National Corn Growers Association Research AmbassadorA dedicated mentor for her ability to bridge science and public engagement. Sheand educator, he teaches excels not only in conducting innovative research but also inplant pathology courses effectively communicating its broader impacts to non-scientificand leads National Seed Health System workshops, audiences. Her leadership and dedication to advancing agricul- inspiring students and professionals with his passion for tural research have significantly contributed to her departmentthe field. His research focuses on advancing PCR-based and graduate program. seed health testing methods, ensuring the Seed Science Her research focuses on improving genetic resistance toCenter remains a leader in plant disease diagnostics. Gibberella ear rot (GER) in maize, a global challenge due to itsMayfields expertise and dedication make him a standout impact on yield and grain safety. She is identifying genomicin plant pathology.regions associated with GER resistance, analyzing the role of plant secondary metabolites, and studying how environmental factors influence disease distribution. By uncovering new insights into the genetic and biochemical mechanisms of GER resistance, her work aims to enhance breeding strategies and develop effec-tive management approaches for this critical disease.JANUARY 2025SEEDWORLD.COM /29'