Last July, something unprecedented in the 34-year satellite record happened: 98 percent of the Greenland Ice Sheet’s surface melted, compared to roughly 50 percent during an average summer. Snow that usually stays frozen and dry turned wet with melt water. Research led by the Cooperative Institute for Research in Environmental Sciences now shows last summer’s extreme melt could soon be the new normal.
When the raw egg plummeted to the playground hardtop at Creekside Elementary School in Boulder, falling exactly 36 inches, the shell shattered and the gooey insides oozed out. The 18 kindergartners looking on were rivited.
A few minutes later, a second egg — this one wrapped in a “helmet” of taped-together bubble wrap and dropped from exactly the same height — fared much better, escaping with its shell still intact.
It’s been a busy four years for Natasha Goss, who will graduate summa cum laude May 10 with a major in chemistry and a minor in mathematics from the University of Colorado Boulder.
She’s been deeply involved in campus life, most notably through the CU Environmental Center, participated in two research projects, submitted papers for publication and even spent three weeks abroad in Australia.
A person searching through the massive expanse of data collected by the U.S. Census Bureau in search of details about a specific neighborhood may increasingly find statistics with colossal margins of error, such as an average income of $50,000 plus or minus $50,000.
As the planet warms, Earth’s climate zones are shifting at an accelerating pace, says a new study led by a scientist at the Cooperative Institute for Research in Environmental Sciences, a joint venture between the University of Colorado Boulder and the National Oceanic and Atmospheric Administration.
A new look at conditions after a Manhattan-sized asteroid slammed into a region of Mexico in the dinosaur days indicates the event could have triggered a global firestorm that would have burned every twig, bush and tree on Earth and led to the extinction of 80 percent of all Earth’s species, says a new University of Colorado Boulder study.
University of Colorado Boulder astronomers targeting one of the brightest quasars glowing in the universe some 11 billion years ago say “sideline quasars” likely teamed up with it to heat abundant helium gas billions of years ago, preventing small galaxy formation.
A team led by the University of Colorado Boulder looking for clues about why Earth did not warm as much as scientists expected between 2000 and 2010 now thinks the culprits are hiding in plain sight -- dozens of volcanoes spewing sulfur dioxide.