Nowadays, when the people of New Orleans think of devastating hurricanes they think of Katrina, but before 2005, the most notorious storm name in Louisiana was Audrey. Sixty-two years ago today, Hurricane Audrey slammed into the southwest coast of Louisiana and became the earliest major hurricane (category 3) to make landfall in the US. Hurricane Audrey killed hundreds of people – estimated to be somewhere between 400 and 500 - including many of whom to this day remain unidentified and tragically, about one-third of those were children. The high number of deaths - in an era without satellite imagery - were attributed to the storm moving ashore earlier and stronger than predicted while most people were sleeping.
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The official Atlantic Basin tropical season was barely underway in June of 1972 when a polar front interacted with an upper-level trough of low pressure over the Yucatan Peninsula. Within a few days, a tropical depression formed and the system moved slowly eastward and emerged in the western Caribbean Sea by the middle of the month. The depression began to intensify over the warm waters of the Caribbean Sea and soon became Tropical Storm Agnes – the first named storm of the 1972 tropical season. Ultimately, Agnes would reach hurricane status, grow to a diameter of about 1000 miles, and become the costliest hurricane at the time to hit the US and the Commonwealth of Pennsylvania was the prime focus of its wrath.
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With thousands of lives on the line, there is no doubt that the weather forecast made for the D-Day invasion in Normandy, France during World War II was the most important of all-time and one of the most difficult as well given the lack of sophisticated forecasting tools that we enjoy in today’s world. The first satellite image was still nearly sixteen years away (TIROS on April 1, 1960) and reliable computer forecast models were still decades away. This Thursday, June 6th, marks the 75th anniversary of the D-Day invasion and the weather forecast for that historic event makes for quite an interesting story in what turned out to be a pivotal moment in world history. Years of detailed planning went into the D-Day invasion on June 6, 1944, but success hinged on one element that no military commander could control — the weather. Defying his colleagues, Captain James Martin Stagg advised General Dwight “Ike” Eisenhower to postpone the invasion of Normandy by one day from June 5th to June 6th because of uncertain weather conditions in a weather forecast that changed the course of World War II and altered world history.
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It was during the height of the Cold War and a powerful solar storm could have led to a disastrous military conflict between the US and Soviet Union if not for the early efforts of the US Air Force to monitor solar activity. On May 23rd, 1967, a solar storm took place that was so powerful, it jammed radar and radio communications in polar regions and the US Air Force actually began to prepare aircraft for war thinking the nation’s surveillance radars were being jammed by the Soviet Union. Fortunately, space weather forecasters in the military suspected there might be another cause and they relayed information about the possibility that a solar storm could have been the reason for the disrupted radar and radio communications. As it turned out, this information was enough to keep the planes on the ground and the US avoided a potential nuclear weapon exchange with the Soviet Union.
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While weather played an important role in the 1912 Titanic disaster, it was perhaps an even more direct cause of another disaster that took place 25 years later – at least that is the prevailing belief. On May 6th, 1937, while the German passenger airship LZ 129 Hindenburg was attempting to land at the Lakehurst Naval Air Station in New Jersey, a flame appeared on the outer cover of the rear of the ship. Within 34 seconds, the entire airship was consumed by fire and the golden age of airship travel was over.
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Monday marked the 107th anniversary of the sinking of the RMS Titanic (April 15, 1912) and I thought I’d revisit the overall weather pattern that played a key role in the tragedy. By studying weather maps and written records from that time period, some definitive conclusions can be drawn about the weather during the trip across the Atlantic, and there are also some interesting relatively new theories involving atmospheric conditions and their possible effects.
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March is known to feature some crazy and surprising weather and the 1958 blizzard that occurred in the Mid-Atlantic region between March 18th and 23rd was indeed rather unexpected. In general, forecasts on the morning of March 18th had no mention of snow. This was in an era before computer forecast models were being utilized by weather forecasters on a daily basis and it was even before satellite imagery existed which could aid in the forecast. By afternoon on that particular day, the light rain had changed into huge, wet snowflakes and - for the next few days - history was being made.
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The winter of 1992-1993 was not bad at all in the Mid-Atlantic region in terms of cold and snow, but one storm at the end of the season will put that particular winter in the history books forever. One of the most intense storms ever observed in the eastern US took place from March 12-14, 1993 and it will be forever known as the “Storm of the Century”. This intense storm generated tremendous snowfall totals from Alabama through Maine, high winds all along the east coast, extreme coastal flooding along the Florida west coast and incredibly low barometric pressures across the Southeast and Mid-Atlantic regions. The aftermath of the “Storm of the Century” was unseasonably cold and broke records in many spots for the middle of March. To this day, the storm also known as the “Superstorm of 1993” ranks among the deadliest and most costly weather events in US history.
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Today marks the 33rd anniversary of the Space Shuttle Challenger disaster which occurred on January 28, 1986, when the NASA Space Shuttle orbiter Challenger (mission STS-51-L) broke apart 73 seconds into its flight leading to the deaths of its seven crew members. STS-51-L was the 25th American Space Shuttle Program flight since the program began in 1981. It was also the first mission to have a civilian on board, American teacher Christa McAuliffe. The spacecraft disintegrated over the Atlantic Ocean, off the coast of Cape Canaveral, Florida at 11:39 EST (16:39 UTC). According to the Report of the Presidential Commission on the Space Shuttle Challenger Accident, weather conditions were likely one of the factors that contributed to the incident. Tests conducted during the subsequent investigation showed that O-rings were much less resilient at lower temperatures, but the extreme cold at the Kennedy Space Center was not the only weather factor involved with this tragedy.
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December 1776 was a desperate time for George Washington and the American Revolution. Morale was low, hope for winning the war was diminishing, and the Continental Army led by George Washington was thinning in numbers after many battles lost to the British. December began with lots of rain and muddy travel conditions for the men which did not help with their spirits. After retreating through New Jersey, they set up camp in Valley Forge, Pennsylvania where the army was met with very cold weather that led to plenty of ice on the Delaware River. All in all, things were not looking good for Washington's army.
However, George Washington devised a plan that would change the course of the war and the history of our nation. With only a week before his soldiers' enlistments expired, Washington had to do something fast. He decided he would attack Trenton, New Jersey, which the Hessians (German soldiers fighting with the British) controlled. He planned to cross the Delaware River on Christmas Day and invade Trenton before sunrise on December 26th. Washington thought this action could catch the Hessians off guard and create a better possibility of victory, thereby boosting the morale of his army.
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