How do we predict the size of hail? What environmental parameters should forecasters be looking at in order to predict hail? These are just some of the questions driving the meteorological research of Professor John Allen and his team at Central Michigan University (CMU).
Millersville University Weather Information Center (WIC) Director Kyle Elliott shows how to recognize and analyze the large-scale weather patterns that are favorable for winter storm formation.
Join the AMS Weather Band for a webinar series on weather related careers! We are learning from a variety of professionals how they use meteorology in their jobs, and what type of weather knowledge matters most for them.
This webinar features Ryan Bennett, who is the Data Manager at NASA's National Suborbital Research Center, Bay Area Environmental Research Institute.
Lt. Col. Nicole Mitchell takes the AMS Weather Band inside the missions and experiences of the renowned Hurricane Hunters! This special event also features discussion with Bryan Norcross as moderator.
The Northeastern Storm Conference is the largest and longest running student led conference in the nation. What once was a small meeting of students on the Lyndon State College campus has grown into a three-day conference with hundreds of attendees from across the country.
Distinguished Professor of Meteorology Paul Markowski of Penn State University provides a special inside look and first hand stories about how scientific “storm chasing” and state-of-the-art computer simulations have helped us better understand and predict tornadoes.
AMS Councilmember, Policy Fellow, and Certified Broadcast Meteorologist Erica Grow leads the conversation following Professor Markowski's presentation.
In the photograph file of the U. S. Weather Bureau at Washington is an odd-appearing weather map, as big as an ordinary letter head, done in pale blue-green ink on white paper, and carefully preserved under a celluloid "glass." Someday this rather crude little map will possess great historic interest. If you examine it carefully you see that its every line is made up of many short lines, running parallel to each other and very close together, in the top-to-bottom direction on the paper.
In our first hybrid in-person and virtual webinar, broadcast from the Collective Madison Meeting, GOES-R Program Scientist Dan Lindsey discusses GOES-18. Dan is joined by Moderator Bill Line of the NESDIS/STAR Regional and Mesoscale Meteorology Branch in Fort Collins, Co.
Any beachgoer could find themselves in trouble or see someone else in danger. For our own safety, we can learn how to think like a lifeguard.
While the scientific methods have varied a great deal, weather forecasting has been a subject of human endeavor for as long as we have written records! Ancient forecasters used everything from cloud observations to jellyfish sightings to predict the weather and help them make their most important decisions on topics from going to war to sowing crops.
There have been many changes in the role of humans in the forecast process in recent years and many new roles that have been created in this era of social media, smart technology, and artificial intelligence. This webinar series details how humans will use machine learning and other techniques to develop tools that will assist forecasters, not replace them.
AMS 2018 Keynote Speaker Richard Alley joins us to share his enthusiasm for science and science communication.
The Weather Band is for all of us who are fascinated with the wide range of phenomena we see in the atmosphere, from the power of hurricanes to the delicacy of a dendritic snowflake.
Watch TODAY anchor Dave Garroway deliver the national weather forecast via telephone and by hand.
We sat down with artist and science communicator Jill Pelto to learn more about her background and fieldwork, her artistic process, and why she sees art as the key to connecting more audiences to science.
To scientists who study them, there are two mysteries surrounding hurricanes that stand above the rest: Why do they exist at all, and why aren’t there many more of them? This may strike you as a paradox, but these are serious questions that arise when burrowing deep into the theory, modeling, and observations of these storms. And they bear on the question posed by the title of this essay.
The Great New England Hurricane of 1938 undoubtedly IS the one to which all other New England hurricanes are sooner or later compared. There have only been three others of comparable combined strength and widespread devastation since the colonization of the region.
Watch the original film on relief efforts by the Workers Progress Administration to help communities along the East Coast of the United States recover from the "whirling, shrieking vortex of high wind and heavy rain" caused by the massive hurricane of 1938.
In his book, Cloud Dynamics, Robert Houze quotes Mark Twain’s Huckleberry Finn:
“The fifth night below St. Louis, we had a big storm after midnight, with the power of thunder and lightning, and the rain poured down in a solid sheet.” (Houze, Cloud Dynamics, Academic Press, 1993). The likelihood is that Twain's story was recounting a common occurrence in the Midwest summer: what we know today as the mesoscale convective system or MCS, a conglomeration of thunderstorms that often reach a peak in the middle of the night.
Well, it’s that time of year again. The National Weather Service in Miami has issued an unofficial warning for falling iguanas the week of Christmas.