If you are not a meteorologist, you may wonder what on earth this blog is about! mPING?
Citizen Science: the mPING Project
Understanding the Strength of Tropical Storms: Pressure, Winds, and Surge
One week ago today, Hurricane Laura made landfall near Cameron, Louisiana…a community whose residents are no stranger to the devastation of tropical storms. Category 3 Hurricane Audrey caused over 300 deaths in the small town in 1957, and nearly 50 years later, the town was struck again. While everyone fortunately evacuated before Category 5 Hurricane Rita, the storm devastated the town in September 2005. Then, in the midst of recovery from Rita, in came Hurricane Ike, leveling the town with a 12 foot storm surge. Ike destroyed over 90% of the homes within the parish and caused catastrophic flooding in every part of the parish. The damage sustained by both Rita and Ike led to stricter building codes and higher insurance costs, leading to the town’s dramatic reduction in population – from 1,965 people in 2000 to just 406 in 2010.
H is for Haboob
After writing a blog on derechos, I thought it could be a fun idea for a series, where I write about unique weather events that start with different letters of the alphabet! To carry on with the theme, this week’s fun weather word is “haboob,” which is an intense sandstorm or duststorm caused by strong winds, with sand and/or dust often lofted as high as 5,000 feet (!!) creating a “wall of dust” along the leading edge of the haboob.
D is for Derecho
Just a couple of months after a devastating tornado tore across Nashville, Mother Nature had another blow for Music City. Late in the evening on Saturday, May 1, a complex of severe thunderstorms developed across southern Kansas. They continued tracking east through Missouri and western Kentucky over the next morning before finally reaching central Tennessee by the afternoon.
photo by NWS Nashville meteorologist Brendan Schaper
Weather map symbols: What are they, and what do they mean?
This post was inspired by a fantastic article which was published in the Bulletin of the American Meteorological Society (BAMS) in December 2019 by Dr. Robert Houze of the University of Washington, and his daughter, Rebecca Houze.
I will never forget one of the first times I felt as an undergraduate that I had really arrived at the point where I was learning ‘real meteorology’. As an applied science, meteorology has a lot of core class requirements, including calculus and differential equations, physics, and chemistry. Thus, it is very easy to get bogged down in all of the prerequisites and lose sight of the light at the end of the tunnel- learning about the science of weather that drove you into those classes in the first place. For me, that light at the end of the tunnel was an introductory weather and forecasting class which I took during the spring semester of my sophomore year. In that class, we did a lot of hands-on work plotting weather maps, which was something I really enjoyed. Actually, looking at data on weather maps and figuring out what it means is STILL one of my favorite parts of my job today!
Ask Me Anything: Weather for Students
Hi guys! Welcome to our first Ask Me Anything, where we reached out to students of all ages to ask what their biggest questions about the weather were. We received some great questions, and we are so excited to answer them here!
Please feel free to ask questions at any time by filling out our question form, and we will be sure to answer them at a future AMA event!
Counting down to the Spring (Vernal) Equinox
In just one week, spring will have officially arrived in the Northern Hemisphere! Although the winter here in upstate New York has been relatively mild in terms of temperatures, the frequency of days on which a cold rain has occurred has me anxiously awaiting the increased sunshine and longer days to come in the next few months. Although we wrote a blog post last year on why we have the seasons, I thought it would be fun to look at some little known facts about the spring, or vernal equinox.
Fog: A Ground and Air Transportation Hazard
Even if you are not a basketball fan, you no doubt heard the news of the passing of LA Laker legend Kobe Bryant, his daughter Gianna, and 7 other people in a helicopter crash in southern California last week. The tragic news sent shock waves across the nation. As the parent of a teenage daughter who is a basketball player nearly year-round, I found this tragedy personally very difficult to process, especially upon learning that there were teammates, coaches, and parents who were scheduled to play a game that day on the doomed flight. The children, families, and coaches left behind will be dealing with this loss for a long time to come. As I sat down to write this blog post today, I was going to write on an entirely different topic, but given the thoughts in my mind, I thought it would be timely to use the opportunity to talk a bit about the hazard that fog presents to both ground and aviation travel.
Surveying the Storm
Imagine that it’s late in the evening, the sun has set, and you’re a meteorologist or the National Weather Service (NWS) exhausted from working a 13–hour day providing forecasts and warnings for a significant severe weather event that moved through your forecast area. Although the powerful storm system has exited the region, the event is not completely over. As severe weather reports filter into the office, it becomes evident that the storms caused significant damage and you’ll be heading out to conduct a damage survey first thing in the morning. Get some rest…another long day lies ahead.
So….What is a Satellite?
According to NOAA, a satellite is a moon, planet, or machine that orbits a planet or a star. Usually the word “satellite” refers to a machine that is launched into space and moves around Earth or another body in space, but there are also natural satellites. For example, Earth is a satellite because it orbits the sun, and the moon is a satellite because it orbits the Earth. This blog will look into a variety of man-made satellites that orbit Earth.
