McKnight
A warmer, drier alpine is impeding water quality for streams and rivers used for snowmaking, like the Snake River that runs through Keystone. Diane McKnight is interviewed in this Colorado Sun story.
University’s highest faculty honor awarded to 11 professors for 2021, including INSTAARs Diane McKnight and Giff Miller.
A first-of-its-kind study by Garrett Rue and Diane McKnight suggests that warmer weather and less snowpack are causing higher concentrations of rare earth elements in the river.
Hotter, drier mountains leach more metal into streams from abandoned mines and natural deposits, finds a study by INSTAARs Garrett Rue and Diane McKnight.
Diane McKnight and Giff Miller are among those added to the roster of distinguished professors, the highest honor bestowed by the CU System. The award recognizes faculty who demonstrate exemplary performance in research or creative work; a record of excellence in promoting learning and student attainment of knowledge and skills; and outstanding service to the profession, the university and its affiliates.
Abandoned hardrock mines and climate change cause metals and other elements to leach into streams. They also put rare earth elements into the water, as found by Garrett Rue and Diane McKnight in their new study.
A new study by Garrett Rue and Diane McKnight suggests lower stream flows, caused by climate change, as a primary culprit.
Diane McKnight is the recipient of the Robert E. Horton Medal, bestowed for outstanding contributions to hydrology
An original poem and science podcast episode of The Poetry of Science, by Sam Illingworth, inspired by Garrett Rue and Diane McKnight's new paper reporting on climate change as a driver of acid rock drainage and rare earth element contamination of the Snake River, Colorado.
Acid rock and mine drainage into Western streams is a problem. Climate change is making it worse.