Tasmin L. Rymer

Tasmin L. Rymer is an Associate Professor in the College of Science and Engineering at James Cook University, specializing in animal behavior and ecology. Her research spans multiple areas including rodent cognition, spider venom research, and mammal photoluminescence. She has maintained an active research program since at least 2007 with over 77 publications in high-impact journals.

Dr. Rymer's research interests include:

• Animal Behavior and Cognition, particularly in native Australian rodents
• Photoluminescence properties in mammal fur
• Spider venom and behavior, focusing on Australian funnel-web spiders
• Gastropod taxonomy and population structure
• Exploratory behavior and problem-solving across life stages

Analysis of Dr. Rymer's recent publications reveals a strong focus on cognitive ecology and behavioral adaptation. Her work increasingly incorporates interdisciplinary approaches, combining behavioral observations with physiological measurements and genetic analyses. A significant portion of her research examines the fawn-footed mosaic-tailed rat (Melomys cervinipes), investigating how exploration behavior, problem-solving abilities, and anxiety-like behaviors develop and function in this native Australian species. More recently, she has expanded her research to include photoluminescence in mammal fur and gastropod taxonomy through strategic collaborations with experts in these fields.

Dr. Rymer has established multiple long-term research collaborations with colleagues including Neville Pillay, David Wilson, and Stephen J. Maxwell. Her laboratory group appears active with several mentees who frequently appear as co-authors on her publications, suggesting strong mentorship and supervision of junior researchers. Funding for her research appears consistent based on the sustained publication output across multiple research areas.

Her research group conducts both field work in the Australian Wet Tropics and laboratory-based behavioral experiments, maintaining a dynamic research environment that bridges traditional behavioral ecology with emerging research directions in photobiology and malacology.