*** Paul Piorek is editor and publisher of the Weather Journal for southwestern Connecticut ... Paul is the broadcast meteorologist at WICC 600 AM, 95.9 FM, 107.3 FM, & voiceofct.com ... Paul is a New York Emmy award winner (2007), five-time Emmy nominee (1993, 2005, 2007, 2008, 2010), four-time winner of the Connecticut Associated Press Broadcasters' Association award for Best TV Weathercast (2006, 2008, 2009, 2012), and three-time winner of the Communicator Award of Distinction (2012, 2013, 2026) ... Paul was voted Best Local Television Personality by the readers of Fairfield County Weekly Magazine (2012) ... Paul was inducted into the Housatonic Community College Hall of Fame and received the Distinguished Alumni Award (2012) ... Follow Paul at https://bsky.app/profile/paulpiorekwicc.bsky.social/

Thursday, July 9, 2026

Deadly and Destructive Tornadoes Struck Connecticut 37 Years Ago This Week


One of the most unforgettable weather days happened 37 years ago this week when a series of deadly and destructive tornadoes hit Connecticut on the afternoon of July 10, 1989. I was the early morning forecaster at the Western Connecticut State University weathercenter in Danbury that day. Although I predicted strong to severe thunderstorms for the region, I never imagined the magnitude of the tornadoes which would strike Connecticut later that day.


The storms began early that morning in upstate New York. A tornado hit Ogdensburg just before daybreak, injuring one person. One inch hail and wind gusts greater than 50 miles an hour were a telltale sign that the approaching frontal boundary meant business. Many reports of wind damage in New York, Vermont, and Massachusetts occurred before noon.

Unfortunately, the timing of the storm had it moving into western Connecticut by the afternoon hours, when the atmosphere is most volatile due to the heating of the Sun. By mid-afternoon, as the atmosphere continued to heat up and the front moved eastward, the tornadoes developed. The first tornado, which may actually have been three distinctly separate tornadoes, started in the Northwest community of Cornwall, and leveled the Cathedral Pines forest.

The tornado continued south-southeast through Milton, leveling hundreds of trees and virtually destroying the village of Bantam before dissipating. A 12-year-old girl, who was on a camp out with family and friends, was killed by falling trees in Black Rock State Park. Not much later, another tornado touched down in Watertown, passing through Oakville and northern Waterbury. That either damaged or destroyed over 150 homes and injured 70 people.

However, the most destructive tornado occurred in Hamden by late-afternoon. The path was only about five miles long, and it stopped just short of New Haven. The tornado destroyed almost 400 structures, and even cars were tossed into the air. 


Rows of houses and an industrial park were flattened as a result of the tornado. The storm was so strong that much of the area was without power for at least a week, and there were some trees still being cleared months later. The adjacent photo shows some of the damage in Hamden. This video was made for the Hamden Fire Department's Training Division the day after the tornado struck.



The powerful F-4 tornado which struck Hamden caused $100 million in damage and another $20 million in the Greater New Haven area. Forty people were injured in the tornado. After the tornado dissipated, a wind gust of 80 miles an hour was reported in New Haven. At about that time, another tornado struck Mount Carmel, tearing the roof off a condominium and injuring five people.


Of course, 37 years ago we didn't have the technology we do today, but I was still able to monitor the radar by the time I arrived home early in the afternoon. Remember, the Internet and access to instant local weather coverage didn't exist in those days. By the evening, the violent weather had ended, skies were clearing, and the damage had been done. It was certainly a day I'll never forget.

Paul

Monday, July 6, 2026

Earth Reaches Farthest Point from the Sun in Annual Elliptical Orbit Today

Despite the heat wave last week, our planet is actually at its farthest point from the Sun today, Monday, July 6. According to the United States Naval Observatory, the Earth reaches a point in its orbit called "aphelion" at 1:30 p.m. EDT. The Earth's aphelion is the point where it is the farthest from the Sun than at any time during the year at a distance of 94,510,539 miles.

The Earth is typically about 93 million miles from the Sun. However, because our planet's orbit is not a perfect circle but an ellipse, it has a farthest point and a closest point to the Sun. In case you're wondering, the Earth's closest approach to the Sun is called perihelion, and that occurs in early January. The Earth is exactly 3,104,641 miles (or 3.28 percent) farther from the Sun than at its closest approach. The Earth actually receives about seven percent less heat at its aphelion than at its perihelion, according to researchers.


Although the date for both will vary from year to year, the Earth will always be closest to the Sun in early January and the farthest away in early July. Not surprisingly, that comes as a shock to most people. At perihelion, our planet is about 91 million miles from the Sun. It moves outward to about 95 million miles from the Sun at aphelion. Naturally, some people have the mistaken impression that our seasons are caused by the changes in Earth's distance from the Sun, but this is not the case.

The temperatures and the seasons are not affected by the proximity of the Earth to the Sun or even the rotation of the planet on its axis. Rather, it is the tilt of the Earth that determines the climate. When it is at perihelion in January, the Northern Hemisphere is tilted away from the Sun, However, when it is at aphelion in July, the Northern Hemisphere is tilted toward the Sun.

Happy Aphelion Day.

Paul

Sunday, July 5, 2026

Flood Watch Issued for Fairfield & New Haven Counties

A Flood Watch will be in effect for Fairfield and New Haven counties from Sunday at 12 p.m. through Tuesday at 6 a.m. EDT: forecast.weather.gov/showsigwx.ph...

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— Paul Piorek WICC (@paulpiorekwicc.bsky.social) July 5, 2026 at 10:24 AM

Nearly four inches of rain are expected across southwestern Connecticut through Tuesday at 6 a.m. EDT.

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— Paul Piorek WICC (@paulpiorekwicc.bsky.social) July 5, 2026 at 10:27 AM

Paul

Friday, July 3, 2026

"Dog Days" of Summer Begin Today, July 3, and Continue Through August 11

The “Dog Days” of Summer officially start today, Friday, July 3. Most people casually refer to the "Dog Days" as a period of hot and humid weather. But did you know that the dog days are a 40-day period which lasts from early July through mid-August?


The dog days of Summer run from July 3 through August 11 in the Northern Hemisphere and have to do with the star Sirius, known as “the dog star.” Sirius is the brightest star in the Northern Hemisphere other than the Sun, and it is found in the constellation Canis Major; thus the name “dog star.”

In the Summer, Sirius rises and sets with the Sun. During late July, Sirius is in “conjunction” with the Sun. The ancients believed that its heat added to the heat of the Sun, creating a stretch of hot and sultry weather. They named this period of time, from 20 days before the conjunction to 20 days after, the “Dog Days” after the dog star.


In ancient times, when the night sky was unobscured by artificial lights and smog, different groups of peoples in different parts of the world drew images in the sky by “connecting the dots” of stars. The images drawn were dependent upon the culture.

The Chinese saw different images than the Native Americans, who saw different pictures than the Europeans. These star pictures are now called constellations, and the constellations that are now mapped out in the sky come from our European ancestors.


They saw images of bears (Ursa Major and Ursa Minor), twins (Gemini), a bull (Taurus), and others, including dogs (Canis Major and Canis Minor). The brightest of the stars in Canis Major (the big dog) is Sirius. The star can be seen prominently in the Winter in the Northern Hemisphere, adjacent to Orion the Hunter.

The conjunction of Sirius with the Sun varies somewhat with latitude. Also, the constellations today are not in exactly the same place in the sky as they were in ancient Rome. Although we are in the middle of the dog days of Summer right now, the heat is not due to the added radiation from a far-away star, regardless of its brightness. The heat of Summer is a direct result of the earth’s 23.5 degree tilt on its axis, meaning the Northern Hemisphere is tilted toward the Sun during the Summer.

Welcome to the "Dog Days."

Paul

Wednesday, July 1, 2026

Dry and Warm June Heightens Drought Conditions Across Southwestern Connecticut

The Bridgeport climate station recorded 2.52" inches of precipitation in June, which is well below (-1.25") the 3.77" normal for the month. Five of the six months this year have been drier-than-normal.

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— Paul Piorek WICC (@paulpiorekwicc.bsky.social) July 1, 2026 at 6:02 PM

The average monthly temperature for June at the Bridgeport climate station was 71.3° F, which is 1.7° warmer-than-normal. The range was 91° (June 12) and 48° (June 2).

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— Paul Piorek WICC (@paulpiorekwicc.bsky.social) July 1, 2026 at 5:58 PM

Paul

Tuesday, June 30, 2026

Extreme Heat Warning from Wednesday Through Friday

An Extreme Heat Warning will be in effect for Fairfield and New Haven counties from Wednesday at 12 p.m. until Friday at 9 p.m. EDT: forecast.weather.gov/showsigwx.ph...

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— Paul Piorek WICC (@paulpiorekwicc.bsky.social) June 30, 2026 at 4:57 PM

Paul