We are an interdisciplinary group of faculty with research interests that vary from studies of global ecological change, organismal interactions in infectious disease, and stream ecology to muscle protein structure, chromosome function, molecular evolution, and plant biotechnology. Biology is the unifying discipline in life science because it investigates all living things — from bacteria and viruses, to plants, animals, and humans and their relationship to their environments. Majors in our department study the structure and function of cells, organ systems and tissues in animals and plants; ecology; and evolution. Our curriculum provides a solid and broad foundation of knowledge while offering an opportunity to choose an area of emphasis within life sciences that is related to individual career goals.
The Biology Department was ranked second in the nation in 2006 of programs that offer Zoology degrees. Because of their remarkable research accomplishments, several faculty have received Career Awards and Presidential Young Investigator Awards from the National Science Foundation. Research results from the Biology faculty are defining new principles in many areas of investigation. The exceptional impact of their work is documented by the more than 3,000 citations of faculty research papers in 2006. Not surprisingly, the department’s research is well supported by federal and state grants, and many undergraduates gain valuable research experiences in the laboratory or field.
Biology faculty are also dedicated to the University’s teaching mission. Student surveys routinely rank Biology classes among the best at CSU and departmental faculty regularly win college and university teaching awards.
If you’re looking for an outstanding education and research experience, we encourage you to seriously consider the Department of Biology at Colorado State University.
Solar energy will be an important part of powering the future, and two CSU researchers have proposed a solution to make sure future installations are built with preserving our ecosystems in mind.
A new study led by Colorado State University is one of the first to document climate adaptation at the genomic level in a wild population.
CSU biologist Kate Wilsterman is working to understand how the physiology of pregnancy has evolved and diversified across mammals – in particular, she’s interested in species’ adaptive strategies for dealing with the effects of high elevations, where oxygen is less abundant.