Alex T. Jordan is an American biology professor and researcher whose work has examined insect behavior, development, chemical ecology, and the effects of pyrrolizidine alkaloids on the salt marsh moth, Estigmene acrea. Jordan has taught at several colleges and universities, including Willamette University, Guilford Technical Community College, and Bennett College.
Education
Jordan studied biology at North Carolina Agricultural and Technical State University, earning a Bachelor of Science in 1997 and a Master of Science in 2001. Jordan subsequently completed a Doctor of Philosophy in biology at Wake Forest University in 2006. The doctoral training at Wake Forest was followed by research on the behavior, development, and chemical ecology of the salt marsh moth, Estigmene acrea.
Career
Jordan began an academic teaching career as a visiting professor at Willamette University, where Jordan worked from 2006 to 2008. Jordan later taught biology at Guilford Technical Community College. Jordan's academic work has combined college-level biology instruction with research on insect development and behavior. Research conducted during and after the Wake Forest period investigated how dietary pyrrolizidine alkaloids influence the development of male androconial organs, courtship behavior, and pheromone-related biology in the salt marsh moth. Jordan has also served as an assistant professor of biology at Bennett College and has participated in microbiology and phage-discovery instruction.
Achievements
Conducted research on the developmental and behavioral effects of pyrrolizidine alkaloids in the salt marsh moth, Estigmene acrea, including their relationship to male courtship structures, courtship behavior, and pheromone production.
(Co-authored with Tappey H. Jones and William E. Conner an...)
2007
Connections
Jordan's parents are identified as Bobbie and James.
Father:
James
Mother:
Bobbie
References
SEA-PHAGES faculty profile
Identifies Alex Jordan as an assistant professor of biology at Bennett College and documents participation in microbiology and phage-discovery instruction.