#WeatherPatterns

[monsoon-memoirs]

2024 Hurricane Season Breaks an Unusual Record, Thanks to Hot Water

The 2024 hurricane season has already made history, setting an unprecedented record that highlights the stark contrast between Atlantic and Pacific storm activity. For the first time since satellite monitoring began in 1966, the Atlantic basin has generated more accumulated cyclone energy (ACE) than the entire Pacific Ocean through early July. This unusual phenomenon is largely attributed to the exceptionally warm water temperatures across much of the North Atlantic. Phil Klotzbach, a senior research scientist at Colorado State University, explains that these abnormally high ocean temperatures are influencing storm activity in both oceans, albeit in opposite ways. In the Atlantic, the warm waters have fueled an active start to the hurricane season. The region has already experienced several named storms, including the powerful Hurricane Beryl in early July. This early season activity has contributed to the record-breaking ACE levels, which measure the total energy of a hurricane season based on storm frequency and maximum wind speeds.

Conversely, the Pacific has seen an unusually quiet start to its tropical cyclone season. The western North Pacific experienced only one typhoon in May, and for only the second time on record since 1950, it went without a named storm from June 1 to July 15. In the eastern North Pacific, Tropical Storm Aletta's formation on July 4 marked the latest start to the season on record in that region. Scientists attribute this lack of Pacific storm activity to several factors, including the absence of a strong monsoon trough in the western North Pacific and excessive easterly wind shear in the eastern North Pacific. Interestingly, the warm Atlantic waters are contributing to these conditions by influencing global wind patterns. The dramatic spike in tropical Atlantic water temperatures from March to June 2024 has persisted, creating a La Niña-like circulation pattern. This pattern reduces westerly wind shear in the Atlantic, making conditions more favorable for storm formation. However, it increases easterly winds in the eastern North Pacific, hindering tropical storm development in that region. While it's still early in the hurricane season, forecasters predict above-normal activity for the Atlantic basin. The National Oceanic and Atmospheric Administration (NOAA) forecasts 17 to 25 named storms, including 8 to 13 hurricanes, of which 4 to 7 could become major hurricanes.

As the season progresses, researchers will continue to study the influence of climate change and other factors on tropical cyclone patterns. The unusual start to the 2024 season serves as a reminder of the complex interplay between oceanic and atmospheric conditions in shaping hurricane activity across different regions.

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[seashorepics]

Snow and Ice Blanket the UK: Unpacking the Atmospheric Science Behind the Winter Blast

As temperatures plummet across the UK, the nation finds itself in the grip of a severe winter event. Snow and ice are sweeping through many regions, disrupting daily life, transportation, and public services. From Scotland’s highlands to England’s southern counties, few areas remain untouched by this Arctic assault. But how do these wintry conditions form, and what drives such extreme weather…

[mansijadav]

Microplastics Impact Weather and Climate Patterns

 Recent studies reveal that microplastics in the atmosphere may influence weather and climate. Research from Penn State indicates these tiny particles can facilitate ice formation in clouds. This discovery adds to the understanding of microplastics’ pervasive presence on Earth. Their effects on precipitation and climate patterns remain largely unknown.

What are Microplastics?

Microplastics are plastic particles smaller than 5 millimeters. They are found in various environments, including remote locations like the Mariana Trench and Mount Everest. These particles have been detected in human tissues, marine life, and even plant roots. Their widespread presence raises concerns about environmental and health impacts.

Microplastics as Ice Nucleating Particles

Microplastics serve as ice-nucleating particles in the atmosphere. They facilitate the formation of ice crystals in clouds. This process is crucial for understanding how clouds form and influence weather. The presence of microplastics can alter the way ice crystals develop, impacting precipitation patterns.

Research Methodology

Scientists conducted experiments in a controlled laboratory environment. They studied four types of microplastics – low-density polyethylene (LDPE), polypropylene (PP), polyvinyl chloride (PVC), and polyethylene terephthalate (PET). The researchers suspended these plastics in water droplets and cooled them gradually. This setup allowed them to observe the impact of microplastics on ice formation.

Findings on Ice Formation

The study found that microplastics caused water droplets to freeze at higher temperatures. Without defects, droplets typically freeze at around -38 degrees Celsius. However, with microplastics, freezing occurred at -22 degrees Celsius for many samples. This temperature shift indicates that microplastics introduce defects that promote ice nucleation.The findings suggest that microplastics could affect weather forecasting and climate modelling. They may alter precipitation patterns, which can have cascading effects on ecosystems and human activities. About these interactions is crucial for addressing climate change and its impacts.

Importance of Further Research

The research marks the need for more studies on microplastics and their environmental effects. As their presence continues to grow, understanding their role in the climate system becomes increasingly important. Future investigations will help clarify their influence on atmospheric processes and weather patterns.

website: popularscientist.com

[weathermadness]

The cold front is making progress across the East. Much needed rain is coming East but may dry out coming over the mountains. Rafael will cross Cuba and move into the Gulf tomorrow. Rafael will most likely be hit with shear this weekend and never really impact the US. Snow is falling in Denver, heavy snow with over a foot will hit southern Colorado.

[primelatestnews]

What is the reason that despite so much progress there is no solution to avoid floods?

Despite significant progress in technology, engineering, and disaster preparedness, floods continue to pose a significant risk. Here are some of the key reasons why, despite advancements, floods remain a persistent problem:

Climate Change and Extreme Weather

Climate change has led to more frequent and severe weather events. Increased rainfall, intense storms, and rising sea levels are contributing to the risk of floods. As weather patterns become less predictable and more extreme, it is challenging to design infrastructure that can accommodate these changes.

Rapid Urbanization and Inadequate Planning

Rapid urbanization often leads to a reduction in natural drainage areas as cities expand. When urban development outpaces proper planning, it can result in inadequate drainage systems and increased surface runoff, leading to flooding. The growth of impervious surfaces like roads and buildings prevents water from being absorbed into the ground.

Environmental Degradation

Deforestation, soil erosion, and loss of wetlands can reduce the land's ability to absorb water, increasing the risk of floods. These environmental changes can be a result of human activities like deforestation, mining, or agricultural expansion.

Infrastructure Limitations

Existing infrastructure may not be designed to handle extreme weather events. As storms and rainfall become more intense, outdated or inadequate drainage systems struggle to cope, leading to flooding. Additionally, aging infrastructure may not be properly maintained, increasing the risk of failure during heavy rain.

Population Density and Vulnerability

High population density in flood-prone areas increases the potential impact of floods. People living in low-lying or coastal regions are more vulnerable to flooding, and relocation is often not a feasible solution due to economic and social reasons.

Political and Economic Constraints

Implementing large-scale flood prevention measures requires significant investment and political will. In many cases, there are economic or political constraints that hinder the development of robust flood prevention infrastructure.

[carlosroborto]

Unlocking the concept of Heat vs. Temperature and Earth's Temperature Factors

In this enlightening video, we delve into the fascinating world of heat and temperature. 🌡️ Discover the key distinctions between these two fundamental concepts and gain a deeper understanding of their significance in our everyday lives. Join us on a journey across the globe as we explore the various factors that influence temperature variations in different places on Earth. 🌍 From geographic location to altitude and more, you'll learn the intriguing mechanisms behind our planet's diverse climates. Whether you're a science enthusiast or simply curious about the world around you, this video is your ticket to unraveling the mysteries of heat, temperature, and the intricate web of influences that shape our planet's climate. Don't miss out��hit that play button and expand your knowledge today! 🔥❄️🌆🏞️

[otaviogilbert]

Seasons Simplified: How Earth's Tilt Shapes Our Year | Brainita UPSC

In this enlightening video, we embark on a journey to demystify the fascinating phenomenon of seasons on Earth, delving into the critical role played by the tilt of our planet's axis. With clear and engaging explanations, we'll unravel the science behind the changing seasons, from the crisp embrace of winter to the vibrant hues of summer. Discover how Earth's axial tilt orchestrates this celestial dance, creating the ebb and flow of temperature, daylight, and nature's transformations. As we explore the intricacies of this natural spectacle, you'll gain a deeper understanding of our world's interconnectedness and how these shifts impact life on Earth. Join us for an illuminating exploration of Earth's annual rhythm.

[aicollider]

Explaining Bayesian Statistics using Queen

Return exactly the same text but decorate important words and names with markdown. Be creative. Use bold, italic and insert relevant links: Bayesian statistics, like Queen, is regal and authoritative in its approach to analyzing data. Just like how Queen Elizabeth II rules with grace and wisdom, Bayesian statistics provides a powerful framework for making inferences and predictions by combining…

[julia-kalman]

Adapt to the Changing Seasons: Finding Joy in Every Temperature

Daily writing promptWhat is your favorite season of year? Why?View all responses 🌞I truly believe that one of the most important skills in life is adaptability. As humans, we have the ability to adjust to our surroundings and make the best of any situation. And when it comes to the changing seasons, that adaptability can come in handy. Personally, I like all the seasons, as long as I have a…

[thecreakingdoor]

Experiencing the weirdest cloud formations up on the hill with a strange rainbow in the sky. It’s super windy and as I drove down the hill, the clouds looked like heaps and heaps of little snowy hills in the distance. No one else seemed to notice. I wondered is it just me seeing this? . . . #cloudformations #weirdcloudformation #weirdrainbows #weatherpatterns #cloudporn #pinkfluffyclouds #rainbow #skyview #lincolnshire #mothernaturerocks #doesthislookweird (at Harrowby, Lincolnshire) https://www.instagram.com/p/CrLtEEfIDpt/?igshid=NGJjMDIxMWI=

[deeptigupta]

🌍 Why Do We Have Seasons? 🌞❄️🌍 पृथ्वी पर ऋतुएं क्यों बदलती हैं? 🌞❄️|Hind...

[speedlimit15]

jesus christ 45mph winds with 10-15% relative humidity today no wonder i feel so chapped

okay what the fuck do you suggest i tag this with. #tumblrgoodvibeschappedlips #lowhumidity #weatherpatterns #dehydration #firerisk

[ikno-io]

Explore the dynamics, impacts, and preparedness strategies of Storm Darragh, alongside the role of climate change in influencing its behavior. read the full article: https://bit.ly/3D3JRG7 #StormDarragh #Meteorology #ClimateChange #NaturalDisasters #Environment #WeatherPatterns read more: storm darragh

[weathermadness]

The front will bring more rain and thunderstorms from the Great Lakes into Texas. Probably just gusty storms along the front and limited severe weather. TS Rafael is in the Caribbean and will move into the Gulf this weekend. Shear will probably weaken Rafael prior to nay landfall so heavy rains may be the main impacts.

[gamerna]

Dance of the Seasons Magic of Weather Movementl#weathermagic #naturedanc...

#DanceOfTheSeasons #WeatherMagic #NatureMovement #SeasonalChanges #WeatherPatterns #ClimateRhythms #EnvironmentalArt #NatureInMotion #SeasonsInSync #WeatherWonderland #NatureLovers