Agricultural ammonia emissions disrupt earth's delicate nitrogen balance
New research indicates that nitrogen cycle disturbance from emissions of agriculture-related ammonia now exceeds the effects of fossil fuel combustion emissions.
New research indicates that nitrogen cycle disturbance from emissions of agriculture-related ammonia now exceeds the effects of fossil fuel combustion emissions.
Colorado State University’s Center for Risk-Based Community Resilience Planning, a NIST Center of Excellence, has published an archived video of its April 28 first-year recap webinar.
The Pre-Catalyst for Innovative Partnerships (PRECIP) program was created to provide seed funding and support for new, early-stage research partnerships.
Published last year, the research has been directly incorporated into a major annual Environmental Protection Agency report that keeps a finger on the pulse of U.S. greenhouse gas emissions.
Planned as a 22-month mission, CloudSat has crushed its mission goals and is still collecting data a decade after launch.
Each year, CSU celebrates the teaching, research and service achievements of CSU students, alumni and friends, academic faculty, administrative professionals and classified staff.