The perceived gender of a hurricane’s name is just one of many factors potentially shaping how someone reacts to a given storm, according to several scientists at NCAR who take a multifaceted approach to studying hurricane response.
Researchers are finding new ways to work with aspects of climate change that are surprisingly linear, an approach that could help save time and money in future climate research while providing a richer range of information to help guide policy.
What if all the energy needed by society existed just a mile or two above our heads? NCAR, the University of Delaware, and the energy firm Garrad Hassan have begun examining where the strongest winds are and how much electricity they may be able to generate.
A field project this June and July will study gravity waves, towering atmospheric features little-known to the public. Novel instruments to be deployed for the international DEEPWAVE project, based in New Zealand, will provide an unprecedented view of gravity waves, a major shaper of atmospheric variability at multiple heights.
Two one-hour webinars on May 20 and 21 will feature nationally recognized hydrometeorologist Matt Kelsch on the science behind flash flooding, including the conditions that lead to extreme rainfall and what happens to all that rain after it falls.
While the current peak in the 11-year cycle of sunspot activity is on the weak side, the Sun might still produce a major storm at any point. The most dangerous storms are most likely during the waning part of the solar cycle, which will unfold later this decade.
It takes a sharp eye to find something positive in the wreckage of the worst swarm of U.S. tornadoes on record: the 1974 Jumbo Outbreak. Millions of Americans are safer in the air because of Fujita's subsequent analysis of microbursts and tools developed by NCAR and collaborators.
Why seasonal forecasting can’t tell us with certainty what to expect this summer—and why we might soon have a stronger sense of what late 2014 and early 2015 are likely to bring to large parts of the globe.
A recent conference marked the 25th anniversary of a crucial international meeting, organized with support from UCAR, that brought together atmospheric sciences from Taiwan and mainland China for the first time in decades.
They’ve been carried by truck into supercell thunderstorms, flown on aircraft into hurricanes, and sliced and diced the atmosphere in myriad ways. Where are research radars headed next, and where will they take science and society?
Farmers and other stakeholders are hungry for guidance on how crops may fare as the nation’s climate evolves over the coming decades. This year’s National Climate Assessment includes new findings on agriculture and climate change that draw from collaborations between NCAR and the U.S. Department of Agriculture.
The nation’s newest computing facility for atmospheric and related science is poised to take the nation’s infrastructure for weather prediction, climate projection, space weather, and other key tasks to the next level.
Scientists are analyzing results from a project that pulled together chemists, radar experts, cloud physicists, forecasters, pilots, and other specialists to investigate the evolution of thunderstorms.
A nationally recognized innovator in teacher training and science education has been chosen as the new director of the Global Learning and Observations to Benefit the Environment (GLOBE) Program, which is headquartered at UCAR.
With its enormous computing capacity and speed, the new NCAR-Wyoming supercomputer will dramatically advance our understanding of Earth, helping to tackle major questions affecting our economy, health, and well-being.
States are having to make tough decisions regarding their water use and their interaction with water. NCAR scientists are involved in collaborative projects in Colorado, Louisiana, and Oklahoma to evaluate the long-term effects of today’s decisions.
Kren, A, D Marsh, A Smith, …, 2016: Wintertime northern hemisphere response in the stratosphere to the Pacific Decadal Oscillation using the Whole Atmosphere Community Climate Model. Journal of Climate, 10.1175/JCLI-D-15-0176.1 | OpenSky
Kleint, L, P Heinzel, P Judge, …, 2016: Continuum enhancements in the ultrviolet, the visable and the inrared during the X1 flare on 2014 March 29. The Astrophysical Journal, 10.3847/0004-637X/816/2/88 | OpenSky
Dai, A, 2016: Future warming patterns linked to today's climate variability. Scientific Reports, 10.1038/srep19110 | OpenSky