CSU biologists document genome-level climate adaptation in endangered bird species
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.
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.
New findings from the Markus Lab identify an important step in the process by which the molecular motor dynein is turned "on" so that it can transport various cellular cargoes to their destinations in cells.
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.
Carlos Olivo plays a critical role in developing the culture of holistic and culturally oriented advising in the chemistry department, impacting everyone from new students to long-term faculty.
Andrea Gomez, a 2006 biology graduate from the Colorado State University College of Natural Sciences, uses the flame of internal curiosity to explore new research areas, power through adversity and find confidence as a woman in STEM.
Winning projects include virtual forest bathing, heat island mapping, and a data visualization tool even your grandma can use.
Megan Hill, an assistant professor of chemistry at CSU who wants to learn how to make hydrogels easier for researchers to manipulate, was recently awarded $235,000 in grant funding through the Boettcher Foundation’s Webb-Waring Biomedical Research Awards program to do so.
A Colorado State University student has played a key role in securing new regulations to protect water quality in mobile home parks – after learning that elevated levels of lead were found in the water at the mobile home park where they live.
More than 25 years of climate and biological data reveal shorter hibernation periods and differences between male and female hibernation periods.
Using lasers, supercooled hydrogen and radio frequency electromagnetic waves, the researchers characterized the magnetic interaction between the proton and electron in a hydrogen atom.