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I am approaching this particular blog post with a bit of consternation and reservation. Most of us are so enthralled by the progression of daily weather that we become amateur weather observers.
I tend to go overboard for books. I value my library card more than my driver’s license. But then, I’m a book addict.
There are so many books on meteorology that it can stagger the mind. You really don’t need to read a ton of books if you are an amateur, but you should get some orientation and familiarity with terms and processes.
Beginning on March 8, 1993, numerical weather prediction (NWP) models consistently predicted a deep winter storm for the eastern United States on March 13. These NWP models gave excellent advance notice and produced accurate forecasts of the storm track location. However, the model runs of March 13 considerably underforecast the deepening of the storm in the northeast Gulf of Mexico.
Dive into the fascinating history of weather maps with Barbara Mayes Boustead. In this presentation she reveals the science and process of hand analysis and discusses its relevance in a world of digital maps.
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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.
Join us for a variety of events throughout May. We've got an amazing conversation with Lt. Col. Nicole Mitchell, formerly of the Hurricane Hunters, to celebrate Hurricane Preparedness Week, and the Weather Band will be hosting instrument companies for Q&A sessions beginning May 19th and continuing into June.
On October 10, 2018, Hurricane Michael made landfall near Mexico Beach, Florida, and became the first Category 5 hurricane to make landfall in the contiguous United States since Hurricane Andrew in 1992.
In just a few decades’ time, the physical science of meteorology has evolved rapidly, aided in part by increasingly sophisticated field campaigns of many kinds. Spurred by an explosion of scientific development, including improved theoretical and empirical research in recent years, alongside growth in the hiring of social scientists within meteorological organizations, social science fieldwork is now experiencing its own surge of growth. This article will describe a little bit of the NSSL team’s approach, highlighting our study of the December 10, 2021 tornado outbreak as an example of what we hope to do for many key events now and in the future.
With September historically being the busiest month for hurricanes in the tropical Atlantic, what lies ahead for the rest of this season? Dr. Ryan Truchelut of WeatherTiger explores the influence of El Niño and record-warm Atlantic sea surface temperatures on the upcoming months, as we approach the peak of hurricane activity.
9–12 million—The approximate number of people in the United States who could be at risk of isolation because of rising sea levels by the end of the century under a scenario in which global sea levels increase 2 meters.
Maestros Amber Liggett and Dr. Ashton Robinson Cook lead a discussion about storm chasing during the spring and summer seasons.
Researchers looked at reanalysis data and historical climate model simulations, as well as extreme value statistics—which can estimate the return periods of rare events—to determine the regions where record-breaking temperatures are most likely to occur next, or in the near future.
PROBLEM: Predicting extreme river flooding has typically been based on whether that river has already flooded in the past. However, “[f]or this method to work, you have to wait for something bad to happen,” notes Stefano Basso of the Norwegian Institute for Water Research.
Tropical Storm Idalia is set to become a major hurricane before hitting Florida this week. Join Stephanie Zick from Virginia Tech to learn about the storm's impact and landfall predictions.
Brian Golding discusses how the weather enterprise can collaborate to provide more effective warnings that are timely, culturally sensitive, and easily understandable amid the increasing occurrence of extreme weather in our changing climate.
“Wildfires are not just a consequence of climate change or global warming—they’re also an active participant.”
—Xin Huang of Nanjing University, coauthor of a recent study in Science that suggests large fires can create feedback loops that alter local weather and subsequently amplify the fires.
In this webinar, Brian Golding will discuss how the weather enterprise can collaborate to deliver more effective warnings that save lives and reduce disruption during extreme weather in our changing climate conditions.
As we navigate the midst of Atlantic hurricane season (June to November), being prepared for the potential hazards presented by these storms is crucial. Tropical cyclones, with their powerful winds, rainfall, and waves, can lead to disasters, and it might surprise you to learn that a significant portion of tropical cyclone fatalities occur post-storm. Over the past decade (2013-2022), the National Hurricane Center (NHC) has identified the primary causes of weather and water-related deaths resulting from these cyclones, shedding light on the dangers associated with these natural phenomena.
On May 17th, 2019, an unusual bimodal severe weather setup unfolded across the Central and Southern Plains. Focusing on the Nebraskan border near McCook, convergence, moisture, and instability combined to create a severe weather setup, leading to the formation of a picturesque white elephant trunk tornado. This tornado, rated EF-2, lasted around five minutes, causing damage but no injuries. My dedication to storm photography and reporting severe weather hazards demonstrates my commitment to both artistic passion and public safety communication.
10%–30%—The amount that California’s solar power production during peak hours decreased following wildfires in the state in September 2020, due to smoke darkening the sky.
Scientists from the Potsdam Institute for Climate Impacts have developed a new mathematical approach that they say can substantially improve the prediction of extreme weather events. Analyzing the connectivity and patterns between geographical locations, it could potentially save thousands of lives and avoid billions in economic losses. Prediction times for events like El Niño, monsoons, droughts or extreme rainfall could be increased substantially, to a month or in some cases even a year in advance, depending on the type of the event.
Over the past four summers, community scientists in over 50 US cities have set out to measure the distribution of ambient heat across urban environments as part of a national campaign ("Heat Watch") led by CAPA Strategies and NOAA's National Integrated Heat Health Information System (NIHHIS). The highly engaging program has involved hundreds of community participants as data collectors with simple-to-use equipment, engaging training material, and meaningful input to study design and interpretation of the resulting ambient heat maps. Gaining an element of civic legitimacy through the participation of local communities, the generated datasets are used by municipal planners, health departments, academic researchers, and others to identify heat vulnerabilities and rapidly advance local heat resilience efforts.