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Tag: Central NY

  • Hurricane Milton is breaking records before landfall

    Hurricane Milton is breaking records before landfall

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    Hurricane Milton continues to churn in the Gulf of Mexico and is expected to make landfall late Wednesday or early Thursday along the west coast of Florida.


    What You Need To Know

    • Hurricane Milton peaked in intensity with winds of 180 mph
    • Surface pressure dropped to the fourth lowest at 897 mb
    • Its small size aided in explosive development in the Gulf of Mexico


    Ahead of expected landfall, this storm is breaking many records. From rapid intensification to maximum winds to minimum pressure, Milton will earn its place in history.

    Milton’s history

    Milton developed from a tropical disturbance in the Caribbean Sea. On Saturday, Oct. 5, it became Tropical Depression 14, and less than three hours later; it was upgraded to Tropical Storm Milton.

    Milton intensified into a hurricane by the afternoon of Oct. 6, and by the morning of Oct. 7, it had reached Category 3 or major hurricane status with winds of 125 mph. The storm began exploding, and by 5 p.m. eastern, winds were 180 mph.

    Rapid intensification

    As defined by the National Hurricane Center (NHC), rapid intensification is “an increase in the maximum sustained winds of a tropical cyclone of at least 35 mph in 24 hours.” Milton surpassed that by nearly three times that amount.

    The 5 a.m. Milton advisory on Oct. 7 had winds of 90 mph. Just 12 hours later, winds were 180 mph, some of the highest winds ever recorded in an Atlantic hurricane.

    Milton intensified from a tropical depression with winds of 35 mph on Saturday, Oct. 5 at 11 a.m. to a Category 5 hurricane with winds of 160 mph on Monday, Oct. 7 at 11:55 a.m. This sets a record for the fastest intensification from a depression to a Cat 5 storm, 48 hours 55 minutes.

    History-making pressure

    On Monday, Oct 7, Milton’s surface pressure plummeted to 897 mbar, the fourth lowest surface pressure ever recorded in the Atlantic basin in the modern satellite era. Only Hurricanes Rita and Wilma from 2005 and Hurricane Gilbert in 1988 had lower pressures.

    How Milton intensified so quickly

    For a hurricane to develop, certain ingredients are needed, including water temperatures above 80 degrees Fahrenheit, rising air and light winds aloft to support thunderstorm development and a low pressure. Milton had all of this and remained small in size, all aiding in explosive development.

    “Due to Milton’s tiny core, it was able to wrap up very quickly. When a storm is extremely small, you tend to have a much faster ramp up, and down, of intensity due to it avoiding some of the more hostile air to the north,” explains Spectrum News 13 Orlando Meteorologist Zach Covey.

    Here’s the latest track of Milton. 


    More Storm Season Resources



    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Stacy Lynn

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  • The meteorological setup that caused the catastrophic flooding in the southeast

    The meteorological setup that caused the catastrophic flooding in the southeast

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    The cleanup continues in parts of the southeast after a combination of storms, including the remnants of Hurricane Helene, devastated the area. As of Oct. 7, fatalities have reached the hundreds, with the number expected to rise.


    What You Need To Know

    • A stalled frontal boundary brought days of rain to the southeast prior to Helene making landfall
    • Orographic lift enhanced the rain in the mountains
    • Meteorologists and government officials did their best to relay the messages of flash flooding dangers


    Rainfall totals in the mountains of North Carolina and South Carolina were measured by feet. However, the tremendous amount of rain can’t solely be blamed on Helene. Another synoptic-scale meteorological feature was at play.

    Spectrum News Charlotte Chief Meteorologist Jeff Crum explains the unfortunate events, “Days ahead of Helene, we had heavy rain in the region right over the mountains. Some areas had 6-10” and then Helene hit. It was a recipe for disaster.”

    The timeline

    The National Hurricane Center (NHC) noted a region in the western Caribbean Sea on Sept. 17 for possible tropical development. It took a few days for it to become organized, but it began to get its act together and formed a low pressure on Sept. 22. Due to its proximity to land, the NHC designated it as Potential Tropical Cyclone 9 the next day.

    At the same time, a strong cold front was slowly moving through the Midwest. This front was forecast to cross the Ohio Valley and eventually stall along the Appalachian Mountains by midweek.

    On Sept. 23, National Weather Service outlets in South Carolina and North Carolina began messaging about the potential impact of a Florida Big Bend landfalling hurricane that could occur in northeastern Georgia, South Carolina and North Carolina Thursday night into Friday.

    Crum says, “NWS and our mets, started warning people Tuesday (Sept. 24)/Wednesday (Sept. 25) of the catastrophic potential.”

    NWS-Greenville-Spartanburg, SC, messaged “A tropical disturbance over the Caribbean remains unnamed, but is expected to develop quickly into a hurricane by the end of Wednesday before bringing widespread heavy rainfall, flooding and possibly strong wind gusts to our area Thursday night and Friday.” Graphics used displayed the total possible precipitation for this region from Wednesday afternoon through Saturday morning with 4 to 6 inches in Asheville, Nor Car. And upwards of 8 to 10 inches in Tyron, Nor Car.

    Rain ahead of Helene

    On Wednesday, Sept. 25, rain began falling from the stalled frontal boundary along the Appalachians. Asheville, collected 4.09 inches. The same day, Helene moved into the Gulf of Mexico and was upgraded to a hurricane. 

    Rain continued to inundate areas along the Appalachians, and before Helene even made landfall, Asheville had already observed nearly ten inches of rain.

    Communication is key

    NWS was now messaging, “Prepare for catastrophic, life-threatening flooding.” Another message, that same day, contained the language: “This has the potential to be an extremely rare event with catastrophic flash-flooding that hasn’t been seen in the modern era… Numerous landslides expected.”

    In a storm like this, Crum says communication is key. How do you reach everyone and explain the impending dangers?

    “I think the frustration for the weather community is how that message was disseminated through state and local governments. In the mountains, a lot of folks don’t have the internet, cellphones or satellite TV. They don’t have cable out in the hollers. How in the heck that alert and dire warning was put out beyond what we do is a question for review among sociologists and such.” 

    Helene’s landfall

    Hurricane Helene made landfall just after 11 p.m. on Thursday, Sept. 26 as a Category 4 with winds of 140 mph along Florida’s Big Bend, near Perry, Fla. Once inland, Helene weakened, but also picked up speed.

     

    As it moved north in Georgia during the early morning hours on Sept. 27, it was downgraded to a tropical storm. The center of the storm stayed just west of Anderson, South Car. And Asheville, North Car.

    This put both areas on the eastern side of the storm. This side, also known as the “dirty side” contains heavy rain and wind. Thanks to the orographic lift and the influences from that stalled boundary, moisture was enhanced.

    Another 4.11 inches of rain fell during the morning hours in Asheville. This was on top of the nearly ten inches of rain they had picked up two days prior. Two hours after Helene made landfall, NWS was urging residents to “take action now!” showing a flood inundation map that suggested widespread flooding was forecast in Asheville.

    There was nowhere for the water to go. Although the rain ended midday on Sept. 27, the creeks and streams became backed up with many of the rivers not forecast to crest until later that night. A Flash Flood Emergency was issued, indicating life-threatening flash flooding with widespread life-threatening landslide activity expected across the mountains.

    Unfortunately, as seen through pictures and videos, this forecast became a reality and much of the area was devastated. The highest rainfall includes the higher elevations with Busick, North Carolina. picking up 30.78 inches throughout the event.

    At the time of this writing, there were still several hundred people missing, with the emotional and financial costs still yet to be tallied. This event will be remembered as one of the worst natural disasters to ever hit the United States, surpassing even Hurricane Katrina 24 years ago.


    More Storm Season Resources



    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Stacy Lynn

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  • Kirk was a major hurricane that never made landfall

    Kirk was a major hurricane that never made landfall

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    Tropical Storm Kirk formed in the eastern Atlantic on Sunday, Sept. 29, becoming a tropical storm on Monday, Sept. 30. It was the eleventh named storm of the 2024 Atlantic hurricane season and the seventh hurricane of the season. 


    What You Need To Know

    • Kirk formed in the eastern Tropical Atlantic
    • It was the tenth named storm of the season
    • Kirk became a Category 4 hurricane at one point but did not impact any land


    Kirk formed in the eastern Atlantic on Sunday, Sept. 29, becoming a tropical storm on Monday, Sept. 30. It was the eleventh named storm of the 2024 Atlantic hurricane season.

    By Tuesday, Oct. 1, Kirk strengthened into a hurricane, making it the seventh hurricane of the 2024 season. 

    On the morning of Friday, Oct. 4, Kirk reached peak intensity with winds of 145 mph, making it the third major hurricane (Category 3 or higher) of the season. By the evening, it had weakened and winds decreased.

    Kirk moved north into colder waters, causing it to weaken and become extratropical as it accelerated off to the northeast on Oct. 7. Extratropical cyclone Kirk passed north of the Azores before the remnants arrived along the coast of France and western Europe. 

    Although Kirk never made landfall as a tropical system, high surf was reported along the east coast when Kirk was a hurricane and as a remnant low, the storm brought heavy rain and flooding, and gusty winds to parts of Spain, France and Portugal. Mudslides were even reported in the city of Galicia, Spain. 

    Here’s a look at the 2024 Atlantic hurricane season so far.


    More Storm Season Resources



    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Spectrum News Weather Staff

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  • Tropical Storm Milton now in the Gulf, taking aim at Florida next week

    Tropical Storm Milton now in the Gulf, taking aim at Florida next week

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    Tropical Depression 14 formed in the Gulf of Mexico on Saturday morning, but was quickly upgraded to Tropical Storm Milton shortly after.


    What You Need To Know

    • TD 14 formed and was quickly upgraded to Milton
    • It could become a hurricane before making landfall in Florida
    • Official forecast track takes Milton into Central Florida midweek


    Milton was upgraded to a Tropical Storm about two hours after it was designated as a tropical depression. 

    Not much has changed with Milton except the minor strengthening to tropical-storm stateus. It has maximum winds of 40 mph and is moving north northeast at 3 mph. 

    The track won’t be identical to Helene, but regardless of intensity, heavy rain, wind and storm surge is forecasted for the Florida peninsula next week. 

    Here’s a look at the 2024 Atlantic hurricane season so far.


    More Storm Season Resources



    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Spectrum News Weather Staff

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  • Joyce became a tropical storm but never impacted land

    Joyce became a tropical storm but never impacted land

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    Joyce formed in the eastern tropical Atlantic early on Sept. 26. It was the ninth named storm of the 2024 Atlantic hurricane season and the sixth hurricane.


    What You Need To Know

    • Joyce formed in the eastern Tropical Atlantic
    • It was the ninth named storm of the season
    • Joyce peaked with winds of 50 mph and it never made landfall


    Joyce formed from an African Easterly Wave, a disturbance that moved off the coast of west Africa. It formed in the eastern tropical Atlantic early on Sept. 26, becoming a tropical storm on Sept. 27 with winds of 50 mph. 

    50 mph would be its peak intensity as it began to weaken, becoming a tropical depression on Sept. 29. It was downgraded to a remnant low by Oct. 1.

    Here’s a look at the 2024 Atlantic hurricane season so far.


    More Storm Season Resources



    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Spectrum News Weather Staff

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  • Tropical Storm Isaac forms in the north-central Atlantic

    Tropical Storm Isaac forms in the north-central Atlantic

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    Tropical Storm Isaac has formed in the north-central Atlantic Ocean.

    Isaac formed in the north-central Atlantic on Wednesday, Sept. 25. It’s the ninth named storm of the 2024 Atlantic hurricane season .


    What You Need To Know

    • Tropical Storm Isaac formed late Wednesday night in the north-central Atlantic
    • It’s expected to become a hurricane by Saturday
    • It poses no threat to land


    Isaac has winds of 50 mph and is located about 750 miles east northeast of Bermuda. It is forecasted to become a hurricane by late Friday or early Saturday. 

    It will pass north of the Azores by late weekend or early next week and does not pose any risk to land. 

    Here’s a look at the 2024 Atlantic hurricane season so far.


    More Storm Season Resources



    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Spectrum News Weather Staff

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  • Helene continues to strengthen; will become a hurricane today

    Helene continues to strengthen; will become a hurricane today

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    Tropical Storm Helene continues to strengthen as it moves toward the Gulf of Mexico. It’s expected to become a hurricane soon.

    Helene formed in the northwestern Caribbean Sea on Tuesday, Sept. 24. It’s the eighth named storm of the 2024 Atlantic hurricane season. 


    What You Need To Know

    • Tropical Storm Helene continues to strengthen
    • It’s expected to become a hurricane today
    • Helene is forecast to become a major hurricane and make landfall in Florida


    Helene is moving northwest into the southeastern Gulf of Mexico with max winds of 70 mph. It will continue to strengthen as it turns north-northeast.

    Conditions are favorable for intensification in the eastern Gulf of Mexico, with warm water and low wind shear in place. It should allow Helene to quickly strengthen, becoming a hurricane sometime today.

    It’s possible that Helene could undergo rapid intensification in the eastern Gulf, making landfall as a major hurricane in the Big Bend.

    The latest forecast has Helene moving inland Thursday evening or night in the Florida Panhandle.

    The risk of life-threatening storm surge and hurricane-force winds begins tonight through Thursday along portions of the Gulf Coast, especially the Florida Panhandle and Florida’s west coast.

    Tropical Storm and Hurricane Warnings are in effect across Florida and the Southeast.

    Along with hurricane-force winds, dangerous storm surge is expected and Storm Surge Warnings have been issued along Florida’s Gulf Coast. Storm surge will be highest in the Big Bend and Nature Coast area, with inundation up to 12 to 15 feet above ground level.

    There is still uncertainty in the specific track and intensity of the storm, but most models are consistent with the storm moving north across the eastern Gulf, making landfall somewhere around Florida’s Big Bend.

    Here’s a look at the 2024 Atlantic hurricane season so far.


    More Storm Season Resources



    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Spectrum News Weather Staff

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  • Weather Explained: Understanding the forecast cone

    Weather Explained: Understanding the forecast cone

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    The forecast cone is one of the most recognizable forecast tools each hurricane season. It shows the public the uncertainty with time of where a tropical cyclone may head. 

    Fortunately, the average forecast error has improved considerably over the last decade thanks to advancements in satellites, weather models and forecasting.

    Watch the video above to learn more about the meaning of the forecast cone.

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    Meteorologist Nick Merianos

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  • Climatological vs. Astronomical Seasons: What’s the difference?

    Climatological vs. Astronomical Seasons: What’s the difference?

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    Today is the first day of astronomical fall.

    When you step outside, do you ever wonder why it feels like summer in June, even though the calendar says it’s spring? Or why the chill of winter lingers into March, even as the days grow longer? 


    What You Need To Know

    • The seasons can be broken down by astronomical or climatological classifications
    • Astronomical seasons highlight the Earth’s position around the sun
    • Climatological seasons are aligned with our day-to-day weather and climate patterns


    The answer lies in the intriguing world of seasons, where two different systems—climatological and astronomical—help us make sense of the ever-changing weather. Let’s explore these two approaches to defining seasons and why they differ.

    Astronomical seasons: Nature’s cosmic calendar

    Astronomical seasons are the ones most of us are familiar with, and they’re based on the Earth’s position relative to the sun. These seasons follow the solstices and equinoxes, which are key moments in the Earth’s orbit around the sun.

    Spring equinox (around March 20-21): This marks the start of spring in the astronomical calendar. On this day, the Earth’s tilt is such that the day and night are nearly equal.

    Summer solstice (around June 20-21): The longest day of the year marks the official beginning of summer. The Northern Hemisphere is tilted toward the sun, resulting in more daylight.

    Autumn equinox (around Sept. 22-23): As we head into autumn, day and night are again roughly equal in duration.

    Winter solstice (around Dec. 21-22): The shortest day of the year, this signals the start of winter. The Northern Hemisphere is tilted away from the sun, leading to shorter days.

    Astronomical seasons are consistent and do not vary from year to year, making them a reliable way to track the progression of time. However, they don’t always match up with our everyday experiences of weather, which is where climatological seasons come into play.

    Climatological seasons: Weather’s perspective

    Climatological seasons are more closely aligned with our day-to-day experiences of weather. Instead of being based on celestial events, these seasons are defined by the typical weather patterns observed over a specific period in a particular region.

    Spring: In the climatological calendar, spring encompasses March, April and May. This makes it easier to relate to the blossoming flowers and warming temperatures we associate with springtime.

    Summer: June, July and August are the climatological summer months. This period captures the hottest days and summer vacations we plan.

    Autumn/Fall: September, October and November represent autumn in this system. The falling leaves and cooler temperatures align more closely with our autumnal experiences.

    Winter: December, January and February round out the climatological year with winter. It covers the coldest days and holiday season festivities.

    Why the difference?

    So, why do these two systems exist, and why don’t they sync up? The key reason is that astronomical seasons are universal, applying to the entire planet, while climatological seasons cater to regional variations in weather.

    Earth’s atmosphere, oceans and landmasses all play a part in shaping local climates. For example, Southern Hemisphere countries like Australia experience their hottest temperatures in December and January, which is their climatological summer, even though it’s winter in the Northern Hemisphere.

    So what “season” better lines up with my weather pattern?

    This is an interesting question. And one that a little data can answer.

    Brian Brettschneider, a climatologist in Alaska, put together some interesting graphs to highlight what season most represents what weather you feel. Most of the U.S. fits in with climatological summer, meaning you find your hottest temperatures between June 1 to Aug. 31.

    Only a small portion of Florida and much of the west coast find their summer pattern more closely aligned with the actual astronomical summer season.

    Just about everyone in North America finds winter to more closely align with climatological winter than astronomical. Meaning you’re more likely to find your coldest portion of the year between Dec. 1 and Feb. 28.

    In simpler terms, astronomical seasons are like the Earth’s big-picture calendar that’s the same for everyone, while climatological seasons are like your hometown’s special weather diary, tailored to what you feel and see around you.

    So, when someone tells you it’s still winter, even though the calendar claims it’s spring, it’s all about how our planet is tilting and what’s happening right outside your window.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Reid Lybarger

    Source link

  • Climatological vs. Astronomical Seasons: What’s the difference?

    Climatological vs. Astronomical Seasons: What’s the difference?

    [ad_1]

    Today is the first day of astronomical fall.

    When you step outside, do you ever wonder why it feels like summer in June, even though the calendar says it’s spring? Or why the chill of winter lingers into March, even as the days grow longer? 


    What You Need To Know

    • The seasons can be broken down by astronomical or climatological classifications
    • Astronomical seasons highlight the Earth’s position around the sun
    • Climatological seasons are aligned with our day-to-day weather and climate patterns


    The answer lies in the intriguing world of seasons, where two different systems—climatological and astronomical—help us make sense of the ever-changing weather. Let’s explore these two approaches to defining seasons and why they differ.

    Astronomical seasons: Nature’s cosmic calendar

    Astronomical seasons are the ones most of us are familiar with, and they’re based on the Earth’s position relative to the sun. These seasons follow the solstices and equinoxes, which are key moments in the Earth’s orbit around the sun.

    Spring equinox (around March 20-21): This marks the start of spring in the astronomical calendar. On this day, the Earth’s tilt is such that the day and night are nearly equal.

    Summer solstice (around June 20-21): The longest day of the year marks the official beginning of summer. The Northern Hemisphere is tilted toward the sun, resulting in more daylight.

    Autumn equinox (around Sept. 22-23): As we head into autumn, day and night are again roughly equal in duration.

    Winter solstice (around Dec. 21-22): The shortest day of the year, this signals the start of winter. The Northern Hemisphere is tilted away from the sun, leading to shorter days.

    Astronomical seasons are consistent and do not vary from year to year, making them a reliable way to track the progression of time. However, they don’t always match up with our everyday experiences of weather, which is where climatological seasons come into play.

    Climatological seasons: Weather’s perspective

    Climatological seasons are more closely aligned with our day-to-day experiences of weather. Instead of being based on celestial events, these seasons are defined by the typical weather patterns observed over a specific period in a particular region.

    Spring: In the climatological calendar, spring encompasses March, April and May. This makes it easier to relate to the blossoming flowers and warming temperatures we associate with springtime.

    Summer: June, July and August are the climatological summer months. This period captures the hottest days and summer vacations we plan.

    Autumn/Fall: September, October and November represent autumn in this system. The falling leaves and cooler temperatures align more closely with our autumnal experiences.

    Winter: December, January and February round out the climatological year with winter. It covers the coldest days and holiday season festivities.

    Why the difference?

    So, why do these two systems exist, and why don’t they sync up? The key reason is that astronomical seasons are universal, applying to the entire planet, while climatological seasons cater to regional variations in weather.

    Earth’s atmosphere, oceans and landmasses all play a part in shaping local climates. For example, Southern Hemisphere countries like Australia experience their hottest temperatures in December and January, which is their climatological summer, even though it’s winter in the Northern Hemisphere.

    So what “season” better lines up with my weather pattern?

    This is an interesting question. And one that a little data can answer.

    Brian Brettschneider, a climatologist in Alaska, put together some interesting graphs to highlight what season most represents what weather you feel. Most of the U.S. fits in with climatological summer, meaning you find your hottest temperatures between June 1 to Aug. 31.

    Only a small portion of Florida and much of the west coast find their summer pattern more closely aligned with the actual astronomical summer season.

    Just about everyone in North America finds winter to more closely align with climatological winter than astronomical. Meaning you’re more likely to find your coldest portion of the year between Dec. 1 and Feb. 28.

    In simpler terms, astronomical seasons are like the Earth’s big-picture calendar that’s the same for everyone, while climatological seasons are like your hometown’s special weather diary, tailored to what you feel and see around you.

    So, when someone tells you it’s still winter, even though the calendar claims it’s spring, it’s all about how our planet is tilting and what’s happening right outside your window.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Reid Lybarger

    Source link

  • Climatological vs. Astronomical Seasons: What’s the difference?

    Climatological vs. Astronomical Seasons: What’s the difference?

    [ad_1]

    Today is the first day of astronomical fall.

    When you step outside, do you ever wonder why it feels like summer in June, even though the calendar says it’s spring? Or why the chill of winter lingers into March, even as the days grow longer? 


    What You Need To Know

    • The seasons can be broken down by astronomical or climatological classifications
    • Astronomical seasons highlight the Earth’s position around the sun
    • Climatological seasons are aligned with our day-to-day weather and climate patterns


    The answer lies in the intriguing world of seasons, where two different systems—climatological and astronomical—help us make sense of the ever-changing weather. Let’s explore these two approaches to defining seasons and why they differ.

    Astronomical seasons: Nature’s cosmic calendar

    Astronomical seasons are the ones most of us are familiar with, and they’re based on the Earth’s position relative to the sun. These seasons follow the solstices and equinoxes, which are key moments in the Earth’s orbit around the sun.

    Spring equinox (around March 20-21): This marks the start of spring in the astronomical calendar. On this day, the Earth’s tilt is such that the day and night are nearly equal.

    Summer solstice (around June 20-21): The longest day of the year marks the official beginning of summer. The Northern Hemisphere is tilted toward the sun, resulting in more daylight.

    Autumn equinox (around Sept. 22-23): As we head into autumn, day and night are again roughly equal in duration.

    Winter solstice (around Dec. 21-22): The shortest day of the year, this signals the start of winter. The Northern Hemisphere is tilted away from the sun, leading to shorter days.

    Astronomical seasons are consistent and do not vary from year to year, making them a reliable way to track the progression of time. However, they don’t always match up with our everyday experiences of weather, which is where climatological seasons come into play.

    Climatological seasons: Weather’s perspective

    Climatological seasons are more closely aligned with our day-to-day experiences of weather. Instead of being based on celestial events, these seasons are defined by the typical weather patterns observed over a specific period in a particular region.

    Spring: In the climatological calendar, spring encompasses March, April and May. This makes it easier to relate to the blossoming flowers and warming temperatures we associate with springtime.

    Summer: June, July and August are the climatological summer months. This period captures the hottest days and summer vacations we plan.

    Autumn/Fall: September, October and November represent autumn in this system. The falling leaves and cooler temperatures align more closely with our autumnal experiences.

    Winter: December, January and February round out the climatological year with winter. It covers the coldest days and holiday season festivities.

    Why the difference?

    So, why do these two systems exist, and why don’t they sync up? The key reason is that astronomical seasons are universal, applying to the entire planet, while climatological seasons cater to regional variations in weather.

    Earth’s atmosphere, oceans and landmasses all play a part in shaping local climates. For example, Southern Hemisphere countries like Australia experience their hottest temperatures in December and January, which is their climatological summer, even though it’s winter in the Northern Hemisphere.

    So what “season” better lines up with my weather pattern?

    This is an interesting question. And one that a little data can answer.

    Brian Brettschneider, a climatologist in Alaska, put together some interesting graphs to highlight what season most represents what weather you feel. Most of the U.S. fits in with climatological summer, meaning you find your hottest temperatures between June 1 to Aug. 31.

    Only a small portion of Florida and much of the west coast find their summer pattern more closely aligned with the actual astronomical summer season.

    Just about everyone in North America finds winter to more closely align with climatological winter than astronomical. Meaning you’re more likely to find your coldest portion of the year between Dec. 1 and Feb. 28.

    In simpler terms, astronomical seasons are like the Earth’s big-picture calendar that’s the same for everyone, while climatological seasons are like your hometown’s special weather diary, tailored to what you feel and see around you.

    So, when someone tells you it’s still winter, even though the calendar claims it’s spring, it’s all about how our planet is tilting and what’s happening right outside your window.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Reid Lybarger

    Source link

  • How weather will influence this year’s fall foliage

    How weather will influence this year’s fall foliage

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    Every fall, people travel far and wide to go ‘leaf-peeping.’ The goal is to catch the leaves at peak color to see all the vibrant reds, oranges and yellows that Mother Nature has to offer. Weather plays a primary role in knowing when and where to go.

    So what should you expect this year?


    What You Need To Know

    • Weather plays a significant role in fall foliage

    • Heat and soil moisture determine foliage timing and intensity

    • Stressed trees will lose leaves earlier or later than normal


    Right place at the right time

    The first step of successful leaf-peeping is being at the right place at the right time. All other factors aside, this is the average time of the year around the U.S. that you can see peak fall colors according to Explore Fall.

    Aside from the Florida peninsula, the Gulf Coast and parts of the desert Southwest, most of the continental U.S. sees color change during fall.

    Weather’s role

    The weather determines whether the fall foliage comes out early, on time or late every year, but what role does it play?

    Heat and moisture are the biggest factors that influence fall foliage. The summer weather helps give an idea of when colors will pop, but the weather during September and October are the biggest influencers.

    Here is how soil moisture and air temperature affect fall foliage.

    Weather impacts on fall foliage

    (Courtesy: ExploreFall.com)

    A prolonged late-spring or severe summer drought that leads to dry soils in the fall not only affects the timing, but the quality of the colors. Drought and drier soil puts a higher stress on the trees, dulling down the colors and forcing them to lose their leaves sooner.

    Heavy rainfall and wet soils in the summer and fall can delay the colors’ arrival by a few days, or even weeks. The later arrival time can produce better fall colors.

    Colder and below-normal temperatures bring out fall colors early, while prolonged summer heat and above normal temperatures delay the colors.

    According to the USDA Forest Service, “a succession of warm, sunny days and cool, crisp but not freezing nights seems to bring about the most spectacular color displays.” In other words… typical fall weather.

    2024 outlook

    Fall colors are already starting to pop across some parts of the country, most notably in the Rockies and interior New England, where there are extensive areas of moderate and low color.

    For a lot of these spots, it’s right on time. When can the rest of the country expect to see color? Tree stress gives us a good idea if foliage will come out early, on time or late.

    It takes those earlier factors into account – soil moisture and temperatures. Low stress areas are where the foliage is most likely to be on time. 

    High stress areas around Ohio, West Virginia and the Appalachians are also under extreme to exceptional drought. That could cause those areas to lose leaves early and mute some of the vibrant colors.

    Drought, along with the combination of above normal summer temperatures, are also leading to highly stressed trees in parts of Texas, Oklahoma, Kansas and New Mexico.

    Areas with low stress, like parts of New England and the Rockies where fall colors are already coming out, are more likely to see vibrant colors and foliage showing up right on time.

    You can check on Explore Fall for a current fall foliage map and forecast updated daily.

    Our team of meteorologists dive deep into the science of weather and break down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Reid Lybarger

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  • How weather will influence this year’s fall foliage

    How weather will influence this year’s fall foliage

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    Every fall, people travel far and wide to go ‘leaf-peeping.’ The goal is to catch the leaves at peak color to see all the vibrant reds, oranges and yellows that Mother Nature has to offer. Weather plays a primary role in knowing when and where to go.

    So what should you expect this year?


    What You Need To Know

    • Weather plays a significant role in fall foliage

    • Heat and soil moisture determine foliage timing and intensity

    • Stressed trees will lose leaves earlier or later than normal


    Right place at the right time

    The first step of successful leaf-peeping is being at the right place at the right time. All other factors aside, this is the average time of the year around the U.S. that you can see peak fall colors according to Explore Fall.

    Aside from the Florida peninsula, the Gulf Coast and parts of the desert Southwest, most of the continental U.S. sees color change during fall.

    Weather’s role

    The weather determines whether the fall foliage comes out early, on time or late every year, but what role does it play?

    Heat and moisture are the biggest factors that influence fall foliage. The summer weather helps give an idea of when colors will pop, but the weather during September and October are the biggest influencers.

    Here is how soil moisture and air temperature affect fall foliage.

    Weather impacts on fall foliage

    (Courtesy: ExploreFall.com)

    A prolonged late-spring or severe summer drought that leads to dry soils in the fall not only affects the timing, but the quality of the colors. Drought and drier soil puts a higher stress on the trees, dulling down the colors and forcing them to lose their leaves sooner.

    Heavy rainfall and wet soils in the summer and fall can delay the colors’ arrival by a few days, or even weeks. The later arrival time can produce better fall colors.

    Colder and below-normal temperatures bring out fall colors early, while prolonged summer heat and above normal temperatures delay the colors.

    According to the USDA Forest Service, “a succession of warm, sunny days and cool, crisp but not freezing nights seems to bring about the most spectacular color displays.” In other words… typical fall weather.

    2024 outlook

    Fall colors are already starting to pop across some parts of the country, most notably in the Rockies and interior New England, where there are extensive areas of moderate and low color.

    For a lot of these spots, it’s right on time. When can the rest of the country expect to see color? Tree stress gives us a good idea if foliage will come out early, on time or late.

    It takes those earlier factors into account – soil moisture and temperatures. Low stress areas are where the foliage is most likely to be on time. 

    High stress areas around Ohio, West Virginia and the Appalachians are also under extreme to exceptional drought. That could cause those areas to lose leaves early and mute some of the vibrant colors.

    Drought, along with the combination of above normal summer temperatures, are also leading to highly stressed trees in parts of Texas, Oklahoma, Kansas and New Mexico.

    Areas with low stress, like parts of New England and the Rockies where fall colors are already coming out, are more likely to see vibrant colors and foliage showing up right on time.

    You can check on Explore Fall for a current fall foliage map and forecast updated daily.

    Our team of meteorologists dive deep into the science of weather and break down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Reid Lybarger

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  • September’s full Harvest Moon is another supermoon

    September’s full Harvest Moon is another supermoon

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    This month’s full moon will peak on the evening of Sept. 17 and be the second of four supermoons this year. 


    What You Need To Know

    • September’s full moon is known as the Harvest Moon since it occurs closest to the Fall Equinox
    • This is the second of four supermoons that will occur this year
    • The moon will look “super-sized”

    Nicknamed the Harvest Moon, since it occurs closest to the Autumnal Equinox. 

    What’s a supermoon?

    A supermoon is when the moon’s orbit is at its closest to Earth. The moon will appear brighter and larger than normal. 

    This is the second of four supermoons that will occur this year. The next supermoon will happen in October, followed by the final one of the year in November. 

    Alternative names

    According to the farmer’s almanac, names of moons corresponded with entire lunar months and were derived from Native American, Colonial American and European sources.

    If the October full moon happens closer to the Fall Equinox than the September full moon, October will take the Harvest Moon name and September’s moon will be referred to as the Corn Moon. 

    The month is a transitional month as we move away from summer toward fall and the alternative names reflect this. 

    • Autumn Moon (Cree)
    • Falling Leaves Moon (Ojibwe)
    • Leaves Turning Moon (Anishinaabe)
    • Moon of Brown Leaves (Lakota)
    • Yellow Leaf Moon (Assiniboine)

    Partial lunar eclipse

    Not only is it a full supermoon, but it’s also a partial lunar eclipse, meaning part of Earth’s shadow will cover the moon. The celestial show will start at around 8:41 p.m. ET, Tuesday.

    The partial eclipse will make the moon appear reddish because of the way the Earth’s atmosphere refracts the light. 

    Check your local forecast here to see how clouds may affect your viewing. Nicknamed the Harvest Moon, since it occurs closest to the Autumnal Equinox. 

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Stacy Lynn

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  • September’s full Harvest Moon is another supermoon

    September’s full Harvest Moon is another supermoon

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    This month’s full moon will peak on the evening of Sept. 17 and be the second of four supermoons this year. 


    What You Need To Know

    • September’s full moon is known as the Harvest Moon since it occurs closest to the Fall Equinox
    • This is the second of four supermoons that will occur this year
    • The moon will look “super-sized”

    Nicknamed the Harvest Moon, since it occurs closest to the Autumnal Equinox. 

    What’s a supermoon?

    A supermoon is when the moon’s orbit is at its closest to Earth. The moon will appear brighter and larger than normal. 

    This is the second of four supermoons that will occur this year. The next supermoon will happen in October, followed by the final one of the year in November. 

    Alternative names

    According to the farmer’s almanac, names of moons corresponded with entire lunar months and were derived from Native American, Colonial American and European sources.

    If the October full moon happens closer to the Fall Equinox than the September full moon, October will take the Harvest Moon name and September’s moon will be referred to as the Corn Moon. 

    The month is a transitional month as we move away from summer toward fall and the alternative names reflect this. 

    • Autumn Moon (Cree)
    • Falling Leaves Moon (Ojibwe)
    • Leaves Turning Moon (Anishinaabe)
    • Moon of Brown Leaves (Lakota)
    • Yellow Leaf Moon (Assiniboine)

    Partial lunar eclipse

    Not only is it a full supermoon, but it’s also a partial lunar eclipse, meaning part of Earth’s shadow will cover the moon. The celestial show will start at around 8:41 p.m. ET, Tuesday.

    The partial eclipse will make the moon appear reddish because of the way the Earth’s atmosphere refracts the light. 

    Check your local forecast here to see how clouds may affect your viewing. Nicknamed the Harvest Moon, since it occurs closest to the Autumnal Equinox. 

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Stacy Lynn

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  • Tropical Storm Gordon forms in the Atlantic

    Tropical Storm Gordon forms in the Atlantic

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    Tropical Storm Gordon has formed in the central Atlantic. It’s the seventh named storm of the 2024 Atlantic hurricane season.


    What You Need To Know

    • Gordon has formed in the Atlantic
    • It’s moving west-northwestward
    • It isn’t expected to impact land


    Gordon is moving west-nortwestward in the central Atlantic with maximum sustained winds of 40 mph. It’s expected to continue to head westward across the Atlantic for the next few days.

    It will slow down this weekend over the central Atlantic, where it’s expected to drift around and stay weak and unorganized as it moves into an area with drier air.


    Models have Gordon moving west this weekend, and then there is more uncertainty in the track by early next week.

    Conditions aren’t expected to be too favorable for Gordon to intensify much over the open Atlantic through this weekend, but conditions could improve early next week and Gordon could re-intensify.

    It will not threaten any land.

    Check to see how the rest of the 2024 Atlantic hurricane season is going so far.


    More Storm Season Resources



    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Spectrum News Staff

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  • Francine made landfall as a Category 2 hurricane along coastal Louisiana

    Francine made landfall as a Category 2 hurricane along coastal Louisiana

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    Francine formed into a tropical storm in the Gulf of Mexico on Monday, Sept. 9, becoming the sixth named storm of the 2024 Atlantic hurricane season.


    What You Need To Know

    • Francine made landfall as a Category 2 hurricane in Louisiana
    • It was the sixth named storm and fourth hurricane of the 2024 Atlantic hurricane season
    • It brought dangerous storm surge, widespread flooding and strong winds to the Deep South


    It became a hurricane on Tuesday, Sept. 10. It slowly strengthened as it moved northeast in the Gulf, eventually becoming a Category 2 hurricane before moving inland.

    Francine made landfall on Wednesday, Sept. 11, in Terrebonne Parish, La, as a Category 2 storm with maximum winds of 100 mph. Louis Armstrong New Orleans International Airport reported a wind gust of 78 mph Wednesday night and 7.32 inches of rain in 24 hours. 

    At the storm’s peak, 450,000 people in Louisiana were estimated to be without power. Many of the outages were attributed to falling debris, not structural damage. At one point, around 500 people were in emergency shelters, officials said.

    It moved inland Wednesday night and by Thursday morning, Sept. 12 it had weakened to a tropical storm. By the afternoon it became post-tropical, but continued to spin rain along the Deep South. 

    The remnant low brought rain as far north as the drought-stricken Mid-Mississippi River Valley and Tennessee Valley.


    Here’s a look at the 2024 Atlantic hurricane season so far.


    More Storm Season Resources



    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Spectrum News Staff

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  • An anomalously quiet Atlantic hurricane season so far

    An anomalously quiet Atlantic hurricane season so far

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    Hurricane season in the Atlantic Ocean spans June through November and this year was forecasted as one for the record books, thanks to several climatological features. 


    What You Need To Know

    • 2024 was forecasted to be the most active Atlantic Hurricane Season on record
    • Through early Sept. 2024 there have only been six named storms
    • “Atlantic Niña” could have contributed to the lack of developing systems


    However, as we approach the midway point between the season, the under performance, so far, in the Atlantic basin has many questioning whether the season was over forecasted or the second half will see an “explosion” of activity.

    2024 Atlantic Season predictions

    Both the National Oceanic and Atmospheric Administration (NOAA) and Colorado State University (CSU) made their seasonal forecasts back in May and had above average, ranging from 17 to 25 tropical cyclones (named storms) for NOAA and 23 named storms for CSU.

    The average number of named storms is around 14 per season. So why the extreme forecasts?

    The factors that contributed to the high number of storm predictions include near-record warmth of the Atlantic Ocean water temperatures and a La Niña. The La Niña creates a cooling of the equatorial Pacific Ocean temperatures but also reduces the wind shear and Atlantic trade winds, resulting in favorable conditions for storm development.

    Strong start to the season

    The season began strong. Alberto formed in mid-June over the southwestern part of the Gulf of Mexico.

    Next came Beryl, a long-lived storm that formed late June, south of Cabo Verde and traversed the Atlantic Ocean, intensifying into a Category 5 hurricane on July 2, becoming the earliest Category 5 hurricane on record.

    A vehicle is stranded in high waters on a flooded highway in Houston, on Monday, July 8, 2024, after Beryl came ashore in Texas as a hurricane and dumped heavy rains along the coast. (AP Photo/Juan A. Lozano)

    Other storms that followed included Hurricane Debby and Hurricane Ernesto. Here’s a look at the 2024 hurricane season so far.

    By mid-August, conditions in the Atlantic went quiet. A lull that lasted several weeks.

    Early September saw the Atlantic wake up, with Francine forming on Sept. 9 in the southwestern Gulf of Mexico from a tropical wave that crossed the Atlantic the week prior. 

    “Atlantic Niña”

    The sea surface temperatures (SSTs) of the North Atlantic remained extremely warm for much of the year. However, since early June, the central equatorial Atlantic has been about 0.5 to 1.0 degrees Celsius colder than average for this time of the year.

    Dubbed, “Atlantic Niña,” this phenomenon has shifted the track of the “seed” storms, or disturbances that move west off the coast of Africa into the Atlantic Ocean and typically develop into intense storms. According to NOAA, “a stronger West African Monsoon, the track of these waves has shifted north toward cooler waters and overall, less conducive conditions needed for tropical cyclone formation.”

    As of early September, the cooling of the central equatorial Atlantic has weakened with tropical activity expected to increase. NOAA suggests that even in active seasons, there can be periodic lulls in activity and is still forecasting a well above-average season.

    Still a lot of the season to go

    “We are just coming up on the halfway mark of the hurricane season, usually the time of peak activity,” says Dr. Frank Marks, a meteorologist in the Hurricane Research Division of NOAA/Atlantic Oceanographic and Meteorological Laboratory.

    Location is key. “For the month of September into early October, the most likely place to watch for tropical cyclone development is still the central Atlantic in the Caribbean. However, there is always a possibility of a tropical cyclone developing in the Gulf of Mexico along an old front.”

    Stressing that systems that form in the Gulf of Mexico are dangerous, “As they are likely to strike land in 2-3 days rather than being able to track them across the Atlantic for a week or more.”

    As for whether this season will be a bust for forecasters, Dr. Marks explains it like this. “Each hurricane season is different, with different changes in the weather patterns that affect the likelihood of storms to form. You need to remember that as Mark Twain once said, ‘Climate is what you expect, but weather is what you get.’”

    Unfortunately, as history has proven, it doesn’t matter the total number of storms per season because it only takes one storm to make landfall in your area and cause devastation.

    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Stacy Lynn

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  • Francine is strengthening; Tropical Storm and Hurricane Warnings issued

    Francine is strengthening; Tropical Storm and Hurricane Warnings issued

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    Francine has formed in the Gulf of Mexico, becoming the sixth named storm of the 2024 Atlantic hurricane season. 


    What You Need To Know

    • Tropical Storm Francine has formed in the Gulf of Mexico
    • It’s forecast to strengthen into a hurricane
    • It will make landfall along the Gulf Coast this week


    Francine is a tropical storm with max winds of 65 mph. It’s slowly moving north-northwest in the southwestern Gulf of Mexico.

    The storm will slowly move off the coast of northeastern Mexico and southern Texas during the next day or so. It will then turn toward the northeast and speed up as it heads to the central Gulf Coast.

    The tropical-storm-force winds extend 160 miles outward from the center, meaning this is a large storm and impacts will be far from the center of the storm.

    It’s forecast to strengthen into a hurricane and could become a hurricane late Monday night or early Tuesday. It is expected to make landfall around Louisiana sometime late Wednesday.

    Regardless of development, this system will bring heavy rainfall to parts of the Gulf Coast and Deep South beginning Tuesday night. However, there is still uncertainty in the exact track and specific impacts. 

    The highest rainfall totals look to be around Louisiana and up the Mississippi River Valley, where flooding is possible through mid-to-late week.

    Tropical Storm Watches and Warnings are issued for parts of the western and central Gulf Coast, and Hurricane Watches and Warnings are in effect across southern Louisiana.


    Here’s a look at the 2024 Atlantic hurricane season so far.


    More Storm Season Resources



    Our team of meteorologists dives deep into the science of weather and breaks down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Spectrum News Staff

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  • September hurricanes that brought devastation to the U.S.

    September hurricanes that brought devastation to the U.S.

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    September is the peak of the Atlantic hurricane season.

    This is because wind shear, the change of speed and/or direction of the wind with height, is weaker, and the ocean waters are extremely warm.

    Sept. 10 is typically the last day for peak tropical activity. From then on out, activity declines, but this doesn’t mean we won’t see powerful storms.

    Let’s look back in recorded history to some of the strongest storms that occurred during September.


    What You Need To Know

    • Most tropical activity occurs during September
    • Storms can form across the entire Atlantic basin
    • The average peak of activity during hurricane season occurs on Sept. 10


    The 2000s

    Damage from Hurricane Ian in Fort Myers, Fla. in 2022. (AP Photo/Wilfredo Lee)

    Hurricane Ian in 2022: First forming on Sept. 24, Ian traveled through the Caribbean Sea, the Gulf and the Atlantic, making five total landfalls.

    Ian made its first and second landfall in Cuba and Dry Tortugas, Fla. as a Category 3 hurricane, a third and fourth landfall in Cayo Costa, Fla. and near Punta Gorda, Fla. as a Category 4 hurricane and a final landfall in Georgetown, S.C. as a Category 1. 

    The hurricane affected Florida severely, with tens of thousands of structures damaged or destroyed. Catastrophic storm surge occurred on Florida’s west coast, reaching 10 to 15 feet near Fort Myers.

    Historic flooding occurred in some areas, getting over 20 inches of rain. The highest total was 26.95 inches in Grove City, Fla.

    Ian was responsible for 156 deaths, and became the third costliest hurricane on record, causing $112.9 billion in damage. 

    Two people ride past debris piled up on the beach in Galveston, Texas after Hurricane Ike hit the coast. Courtesy: AP/Matt Slocum.

    Hurricane Ike in 2008: Our next hurricane takes us back to 2008 when a tropical wave slid off the coast of Africa at the end of August. It developed into a tropical depression on Sept. 1, and on the same day, became a tropical storm.

    Ike became a hurricane on Sept. 3, underwent rapid intensification, and became a major hurricane later that same day. By the morning of Sept. 4, it reached a maximum intensity of 145 mph.

    Ike first made landfall in Cuba as a Category 4 hurricane, bringing devastating impacts then weakening.

    After, it moved into the Gulf of Mexico and regained strength, reaching Category 2 status before making landfall near Galveston, Texas on Sept. 13.

    Ike’s slow movement and large wind field led to a storm surge up to 20 feet. It destroyed all homes on the Bolivar Peninsula, submerged roads with floodwaters and blocked roads with fallen debris.

    Ike killed 74 people in the state of Texas, alone.

    Its northeast movement brought impacts far north to the upper Midwest and Northeast, causing extensive wind damage and leaving millions of people without power for over a week.

    Hurricane Rita in 2005: The 2005 Atlantic hurricane season will forever be a memorable one, with many powerful storms impacting the U.S. that year.

    Only a few weeks after Hurricane Katrina, Rita developed into a tropical depression near Turks and Caicos on Sept. 18.

    It tracked west for several days and underwent rapid intensification in the Gulf of Mexico, becoming a major Category 5 hurricane on Sept. 21. Rita weakened to a Category 3 hurricane right before making landfall in southwest Louisiana on Sept. 24.

    Rita caused $18.5 billion in damage, bringing up to 15 feet of storm surge to the coast of Louisiana and Texas. It destroyed or damaged most homes.

    Rita’s storm surge overtopped the levees that were newly repaired from Hurricane Katrina’s destruction the month prior, worsening the devastation across the city of New Orleans.

    Hurricane Ivan floods Gulf Breeze, Fla. Courtesy: AP/John Bazemore

    Hurricane Ivan in 2004: Ivan formed in the central Atlantic on Sept. 2, tracking west-northwest for a week while intensifying.

    It first brushed by Jamaica, Cuba and the Cayman Islands, fluctuating between a Category 4 and Category 5 hurricane before weakening to a Category 3 hurricane in the Gulf of Mexico.

    Ivan then made landfall near Gulf Shores, Ala. as a major Category 3 hurricane on Sept. 16.

    Once again, the storm surge was the primary cause of damage, destroying and washing away many homes.

    Ivan also produced over 100 tornadoes throughout 9 different states and dumped heavy rainfall along its path, racking up $20.5 billion in damage.

    Ivan then moved eastward back toward the Atlantic Ocean, curved back toward Florida, moved over the Gulf of Mexico for a second time, and made a second landfall in Louisiana as a tropical depression.

    Luckily, it weakened quickly and didn’t produce any big impacts the second time around.

    The 1900s

    Hurricane Floyd in 1999: Floyd first originated as a tropical wave that moved off the coast of Africa on Sept. 2.

    It traveled west and intensified to a major Category 4 hurricane while traveling through the Bahamas.

    Floyd then turned north and paralleled the Florida coast, weakening and making landfall at Cape Fear, N.C. as a Category 2 hurricane.

    It brought heavy rain, tornadoes and a high storm surge.

    The peak of the storm surge, which reached 10 feet, occurred at high tide, and devastated the state.

    Nearly every river in eastern North Carolina reached flooding stage. Floyd dropped 17 inches of rain, which only added to the flooding.

    The cyclone caught many people unprepared, and emergency crews had to make more than 1700 water rescues.

    Floyd traveled up the east coast and also brought major flooding to northeastern cities, destroying many homes and businesses and leaving hundreds of thousands of people without power for days.

    The 1938 New England Hurricane floods Providence, R.I. Courtesy: AP

    The 1938 New England Hurricane: The New England Hurricane of 1938 first developed near the Cape Verde Islands on Sept. 9 and tracked toward the U.S.

    It continued up the east coast and eventually made landfall on Long Island, N.Y. as a major Category 3 hurricane on Sept. 21.

    Further inland, on the same day, the hurricane made a second landfall as a Category 3 hurricane between Bridgeport and New Haven.

    Storm tide reached close to 17 feet for areas, destroying many homes. Montauk temporarily became an Island.

    Many residents received little warning about the hurricane, which led to a deadly outcome. Around 500 to 700 people died.

    The Great Miami Hurricane of 1926: Back in 1926, the government centralized storm warnings from their D.C. office, then distributed those warnings to other weather offices.

    However, on the morning of Sept. 17, less than 24 hours before Florida felt the hurricane’s effects, the state didn’t receive any warnings. It wasn’t until the afternoon when the Miami Weather Bureau Office got the go ahead to post-tropical storm warnings.

    That same night, those warnings became hurricane warnings.

    By the morning on Sept. 18, the hurricane that no one prepared for made landfall in Miami, Fla. as a major Category 4 hurricane.

    The hurricane killed over 100 people in Miami.

    Many people were unfamiliar with hurricanes at the time, and while the eye was passing, they thought the hurricane was over.

    The calm lasted about 35 minutes before the wind battered the coast again, and a 10-foot storm surge quickly pushed water on land, leading to a massive amount of destruction.

    The 1800s

    The Cheniere Caminada Hurricane of 1893: Also known as The Great October Storm, it first developed in the Caribbean Sea, bringing impacts to the southern areas of Mexico.

    It then moved into the Gulf of Mexico and intensified to a Category 4 hurricane before making landfall on Cheniere Caminada, La., completely wiping the town off the map.

    Sixteen-foot storm surge flooded the entire town, and strong winds added to the destruction.

    Overall, over 2000 people died, making this hurricane one of the deadliest weather events in history.

    The 1875 Indianola Hurricane: Our last stop takes us to 1875 when a cyclone just started brewing off the coast of Africa on Sept. 1. It made its way west, intensifying, and first passing through the Caribbean.

    It emerged in the Gulf of Mexico where it slowly made its way to Category 3 status and made landfall on Sept. 16 near Indianola, Texas.

    The hurricane devastated the town, and wind gusts leveled many homes. Hundreds of people died when the storm surge washed everything away.

    The town tried to rebuild, but 11 years later, another hurricane destroyed the town, leaving the city to be abandoned.

    Atlantic hurricane season

    With the peak of hurricane season so close, we urge you to always stay prepared. This is when we see activity ramp up.

    96% of Category 3, 4 and 5 hurricanes occur from mid-August to mid-October. This isn’t to say that all hurricanes that develop will make landfall in the U.S., but it is always best to stay prepared for any scenario.

    Our team of meteorologists dive deep into the science of weather and break down timely weather data and information. To view more weather and climate stories, check out our weather blogs section.

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    Meteorologist Shelly Lindblade

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