Paul
Friday, January 17, 2014
Fairfield Country Day School's First-Grade Boys Enjoy Weatherkids Spotlight
The first-graders at Fairfield Country Day School, a private school for boys, were this week's featured Weatherkids. The boys enjoyed my weather experiments, trivia, games, and having the opportunity to be on television. I had just as much fun as the boys did.
Wednesday, January 15, 2014
Record Low Temperature of Five Below Zero Set on This Date in 1957
A record low temperature of -5 degrees was established on this date in 1957 at Bridgeport. Take a look at the front page of The Bridgeport Post from Thursday, January 15, 1957. Please click the image below to enlarge.
According to the article, "An Arctic cold wave held the area in an icy grip as the U. S. Weather Station at the Bridgeport Municipal Airport, Stratford, reported a reading of five degrees below zero, its lowest since the facility was established in 1938."
The article states, "A check of low temperatures around Fairfield County upheld Sandy Hook as the most popular spot for snowmen with a reading of 18 degrees below zero reported. Unofficial lows in other sections are as follows: New Milford -17, Newtown and Stevenson -14, Easton and Botsford -12, Monroe -10 & -15, Weston -12, Fairfield -7 to -12, Danbury -11, Norwalk and Stratford -5, and Westport and Milford -4."
Paul
According to the article, "An Arctic cold wave held the area in an icy grip as the U. S. Weather Station at the Bridgeport Municipal Airport, Stratford, reported a reading of five degrees below zero, its lowest since the facility was established in 1938."
The article states, "A check of low temperatures around Fairfield County upheld Sandy Hook as the most popular spot for snowmen with a reading of 18 degrees below zero reported. Unofficial lows in other sections are as follows: New Milford -17, Newtown and Stevenson -14, Easton and Botsford -12, Monroe -10 & -15, Weston -12, Fairfield -7 to -12, Danbury -11, Norwalk and Stratford -5, and Westport and Milford -4."
Paul
Tuesday, January 14, 2014
January Full Wolf Moon Rises Tomorrow Evening
I'm sure you noticed the waxing Moon rising in the sky after sunset over the course of the last few days. In case you're wondering, the Full Wolf Moon officially happens late tomorrow evening, Wednesday, January 15, at 11:52 p.m. EST.
Since the length of daylight is still relatively short, the full Moon will appear for nearly its longest duration of the year. In fact, Wednesday's moonrise happens at 4:45 p.m., and Thursday's moonset is at 7:07 a.m. That means the Moon will be "out" for nearly 14-and-a-half hours. During the Summer, when the Sun rises earlier and sets later, a full Moon isn't "out" nearly as long since the daylight is much longer.
The Moon rises about 30 to 70 minutes later each day, so the Moon is out during the daytime as often as it is out at night. As the Moon wanes, it becomes a half Moon and a crescent Moon on the way to a new Moon. The complete phase cycle is about 29.5 days average duration. The time in days counted from the time of New Moon is called the Moon's "age." Each complete cycle of phases is called a "lunation."
So how did the name of the January full Moon originate? Amid the cold and deep snows of midwinter, the wolf packs howled hungrily outside Indian villages. Thus, the name for this month's full Moon. Sometimes it was also referred to as the Old Moon or the Moon After Yule. Some called it the Full Snow Moon, but most tribes applied that name to the next Moon.
As far as our weather is concerned, unseasonably mild temperatures will continue through tomorrow. Today will be mostly sunny and breezy with a high temperature in the upper 40s, well above the 38-degree normal for this time of the year. Tonight will become mostly cloudy and not as chilly with a low of 35 to 40 degrees. Periods of rain are likely tomorrow with a high near 50 degrees. Cooler air arrives by the end of this week.
Paul
Since the length of daylight is still relatively short, the full Moon will appear for nearly its longest duration of the year. In fact, Wednesday's moonrise happens at 4:45 p.m., and Thursday's moonset is at 7:07 a.m. That means the Moon will be "out" for nearly 14-and-a-half hours. During the Summer, when the Sun rises earlier and sets later, a full Moon isn't "out" nearly as long since the daylight is much longer.
The Moon rises about 30 to 70 minutes later each day, so the Moon is out during the daytime as often as it is out at night. As the Moon wanes, it becomes a half Moon and a crescent Moon on the way to a new Moon. The complete phase cycle is about 29.5 days average duration. The time in days counted from the time of New Moon is called the Moon's "age." Each complete cycle of phases is called a "lunation."
So how did the name of the January full Moon originate? Amid the cold and deep snows of midwinter, the wolf packs howled hungrily outside Indian villages. Thus, the name for this month's full Moon. Sometimes it was also referred to as the Old Moon or the Moon After Yule. Some called it the Full Snow Moon, but most tribes applied that name to the next Moon.
As far as our weather is concerned, unseasonably mild temperatures will continue through tomorrow. Today will be mostly sunny and breezy with a high temperature in the upper 40s, well above the 38-degree normal for this time of the year. Tonight will become mostly cloudy and not as chilly with a low of 35 to 40 degrees. Periods of rain are likely tomorrow with a high near 50 degrees. Cooler air arrives by the end of this week.
Paul
Monday, January 13, 2014
Wild Weather Happened Eight Years Ago This Week
An incredible stretch of weather brought just about everything, except the kitchen sink, to southwestern Connecticut eight years ago this week. Several storms brought heavy rain, accumulating snow, damaging winds, and dangerous icing to the area over a three-day period which began on Saturday, January 14, 2006, and continued through Monday, January 16, 2006. The wild weather ride actually didn't end until nearly a week later.
I recorded the following entries in my weather log, which I chart daily. Although most days are rather mundane, I highlighted these three days for obvious reasons. The weekend included record-high temperatures, record rainfall, tropical storm force winds, bitter cold wind chills below zero, icy roadways, and three-and-a-half inches of snow.
Saturday, January 14, 2006 --- A powerful Winter storm came barreling into the Northeast, producing record heavy rainfall of 1.59 inches, which broke the old mark of 0.91 inches, established in 1958. Strong southerly winds ahead of a well-defined cold front (51 miles-an-hour wind gust) brought down trees and power lines, and mild temperatures (56 degrees at 7:53 am) began a 36-hour stretch of severe weather across southwestern Connecticut.
I took each of these photos of the damage in my neighborhood from the storms. The first two show a truck and a car which were destroyed by falling trees in 50+ mile-an-hour wind gusts from January 14.
Sunday, January 15, 2006 --- Continued strong wind gusts (48 miles-an-hour) out of the North behind the front delivered much colder air (32 degree high and 11 degree low), and 3.5 inches of snow, creating a nightmare for local residents as power outages, below zero wind chills, and icy roadways punctuated the day's weather. The damage from the wind was extensive, as evidenced by the many trees which came tumbling down.
Monday, January 16, 2006 --- Bitter cold wind chills greeted early-morning risers as temperatures hovered between zero and ten degrees at daybreak. The high (29 degrees) and low (10) were well below normal for mid-January. Although the wind began to relax somewhat, we still had a peak wind gust of 31 miles-an-hour. United Illuminuating crews were out in full force attempting to restore power to many residents who were braving the ice, wind, and extreme cold for several days.
Personally, what I remember most from that weekend was losing power Saturday night, January 14, while my son and I were watching the New England Patriots' playoff game at Denver. We awoke to frigid, snowy, and icy conditions the following morning. However, fortunately for us, we were one of only a handful of families in our neighborhood to have power restored late the following morning. The majority of homes in our neighborhood remained without power for several days.
Paul
I recorded the following entries in my weather log, which I chart daily. Although most days are rather mundane, I highlighted these three days for obvious reasons. The weekend included record-high temperatures, record rainfall, tropical storm force winds, bitter cold wind chills below zero, icy roadways, and three-and-a-half inches of snow.
Saturday, January 14, 2006 --- A powerful Winter storm came barreling into the Northeast, producing record heavy rainfall of 1.59 inches, which broke the old mark of 0.91 inches, established in 1958. Strong southerly winds ahead of a well-defined cold front (51 miles-an-hour wind gust) brought down trees and power lines, and mild temperatures (56 degrees at 7:53 am) began a 36-hour stretch of severe weather across southwestern Connecticut.
I took each of these photos of the damage in my neighborhood from the storms. The first two show a truck and a car which were destroyed by falling trees in 50+ mile-an-hour wind gusts from January 14.
Sunday, January 15, 2006 --- Continued strong wind gusts (48 miles-an-hour) out of the North behind the front delivered much colder air (32 degree high and 11 degree low), and 3.5 inches of snow, creating a nightmare for local residents as power outages, below zero wind chills, and icy roadways punctuated the day's weather. The damage from the wind was extensive, as evidenced by the many trees which came tumbling down.
Monday, January 16, 2006 --- Bitter cold wind chills greeted early-morning risers as temperatures hovered between zero and ten degrees at daybreak. The high (29 degrees) and low (10) were well below normal for mid-January. Although the wind began to relax somewhat, we still had a peak wind gust of 31 miles-an-hour. United Illuminuating crews were out in full force attempting to restore power to many residents who were braving the ice, wind, and extreme cold for several days.
Personally, what I remember most from that weekend was losing power Saturday night, January 14, while my son and I were watching the New England Patriots' playoff game at Denver. We awoke to frigid, snowy, and icy conditions the following morning. However, fortunately for us, we were one of only a handful of families in our neighborhood to have power restored late the following morning. The majority of homes in our neighborhood remained without power for several days.
Paul
Tuesday, January 7, 2014
Today Marks 18th Anniversary of the Blizzard of 1996
Did you know that today marks the anniversary of The Blizzard of 1996? That snowstorm still ranks as one of the most memorable in my nearly-19 years of providing the morning weather forecasts at News 12 Connecticut. In fact, it was one of only two times I stayed the night and slept in the weathercenter due to the heavy snow and strong, gusty winds.
The storm actually started late-morning, Sunday, January 7, as light snow overspread the entire Northeast. The snow gradually became heavier through the afternoon, and by evening, roads were just about impassable due to the rapid accumulation. By the time the storm began moving away the following day, nearly two feet of snow blanketed much of southwestern Connecticut.
The two-day snow total at Sikorsky Memorial Airport in Statford was 15 inches, including seven inches on January 7 and eight on January 8. That eclipsed the snow total of the so-called March 13, 1993 "Storm of the Century," which was 10.8 inches. Bradley International Airport in Windsor Locks received 18.2 inches, just shy of the 21-inch record snowfall at the time, but more than the 14.8 inches just three years earlier.
Central Park in New York City recorded 20.2 inches of snow, making it the third highest snowfall at the time. Staten Island measured more than 27 inches of snow, and LaGuardia International Airport recorded 24 inches, which exceeded the normal for the entire season of 22.6 inches.
An Arctic air mass covered New England as a massive storm developed over Virginia. The storm was actually energized by a 60-degree surface temperature contrast across western Montana which propelled a 175-mile-an-hour wind in the jet stream southward into the Plains causing the storm to form. This storm eventually brought the heavy snow from western North Carolina to southern New England.
Incredibly, the eastern slopes of the Appalachian Mountains from northern Virginia to Pennsylvania measured more than three feet of snow. The following map shows just how impressive the storm was. Southwestern Connecticut fell within the 15 to 20 inch range as far as total snow accumulations, with the heaviest amounts of 30 inches across southeastern Pennsylvania. The lightest amounts, oddly, fell well to the North.
It's hard to believe that 18 years have passed since the January blizzard of 1996. There aren't any worries about significant snow over the next few days, but brutally cold Arctic air will be with us through tomorrow. Today's high temperatures will only reach the lower teens, and tomorrow's highs will climb into the mid 20s. Bundle up. It sure is cold outside.
Paul
The storm actually started late-morning, Sunday, January 7, as light snow overspread the entire Northeast. The snow gradually became heavier through the afternoon, and by evening, roads were just about impassable due to the rapid accumulation. By the time the storm began moving away the following day, nearly two feet of snow blanketed much of southwestern Connecticut.
The two-day snow total at Sikorsky Memorial Airport in Statford was 15 inches, including seven inches on January 7 and eight on January 8. That eclipsed the snow total of the so-called March 13, 1993 "Storm of the Century," which was 10.8 inches. Bradley International Airport in Windsor Locks received 18.2 inches, just shy of the 21-inch record snowfall at the time, but more than the 14.8 inches just three years earlier.
Central Park in New York City recorded 20.2 inches of snow, making it the third highest snowfall at the time. Staten Island measured more than 27 inches of snow, and LaGuardia International Airport recorded 24 inches, which exceeded the normal for the entire season of 22.6 inches.
An Arctic air mass covered New England as a massive storm developed over Virginia. The storm was actually energized by a 60-degree surface temperature contrast across western Montana which propelled a 175-mile-an-hour wind in the jet stream southward into the Plains causing the storm to form. This storm eventually brought the heavy snow from western North Carolina to southern New England.
Incredibly, the eastern slopes of the Appalachian Mountains from northern Virginia to Pennsylvania measured more than three feet of snow. The following map shows just how impressive the storm was. Southwestern Connecticut fell within the 15 to 20 inch range as far as total snow accumulations, with the heaviest amounts of 30 inches across southeastern Pennsylvania. The lightest amounts, oddly, fell well to the North.
It's hard to believe that 18 years have passed since the January blizzard of 1996. There aren't any worries about significant snow over the next few days, but brutally cold Arctic air will be with us through tomorrow. Today's high temperatures will only reach the lower teens, and tomorrow's highs will climb into the mid 20s. Bundle up. It sure is cold outside.
Paul
Saturday, January 4, 2014
Earth Is Closest to the Sun Today in Its Annual Orbit
Even though this morning's low temperatures featured some of the coldest readings in quite some time, the early Winter is the time of the year when the Earth is nearest to the Sun. In fact, this morning at 7 o'clock, when the temperature was in the single digits, the Earth was closer to the Sun than at any other time in 2014. This is when the Earth is at perihelion.
Since last July, the Earth has been falling ever closer to the Sun. Every moment since then, our planet has edged closer to the nearest star in the universe. The Earth’s orbit around the Sun is not a perfect circle. It’s actually an ellipse, so sometimes we’re closer to the Sun, and sometimes farther away. Various factors change the exact date and time every year, but aphelion (when we’re farthest from the Sun) happens in July, and perihelion (when we’re closest) in January.
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. So, the Earth is about three percent farther from the Sun at aphelion than it is at perihelion. 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 Earth is tilted away from the Sun in the Northern Hemisphere, and the sunlight is not "getting a direct hit" on the Earth's atmosphere. However, when it is at aphelion in July, the Earth is tilted toward the Sun.
So, as you bundle up and head outside today, take comfort in the fact that the Earth is closer to the Sun than it is in the middle of Summer. I'm sure that's of little consolation, though. This morning's low temperature at Sikorsky Memorial Airport was three degrees. Temperatures will hold in the 20s under mostly sunny skies through this afternoon.
Paul
Since last July, the Earth has been falling ever closer to the Sun. Every moment since then, our planet has edged closer to the nearest star in the universe. The Earth’s orbit around the Sun is not a perfect circle. It’s actually an ellipse, so sometimes we’re closer to the Sun, and sometimes farther away. Various factors change the exact date and time every year, but aphelion (when we’re farthest from the Sun) happens in July, and perihelion (when we’re closest) in January.
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. So, the Earth is about three percent farther from the Sun at aphelion than it is at perihelion. 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 Earth is tilted away from the Sun in the Northern Hemisphere, and the sunlight is not "getting a direct hit" on the Earth's atmosphere. However, when it is at aphelion in July, the Earth is tilted toward the Sun.
So, as you bundle up and head outside today, take comfort in the fact that the Earth is closer to the Sun than it is in the middle of Summer. I'm sure that's of little consolation, though. This morning's low temperature at Sikorsky Memorial Airport was three degrees. Temperatures will hold in the 20s under mostly sunny skies through this afternoon.
Paul
Subscribe to:
Posts (Atom)