Tag: meteorology
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The Anatomy of a Tornado: How Nature’s Most Violent Storms Form and Affect Communities
When most people picture a tornado, they imagine a towering, twisting column of wind sweeping across open plains, uprooting trees and tossing debris. But how does this awe-inspiring natural phenomenon actually form—and what are its impacts on the communities it strikes? As a meteorologist, I’d like to take you through the science behind tornado formation,…
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The Mystery of Virga: Rain That Never Reaches the Ground
Rain is a familiar sight, but sometimes, those trailing streaks beneath clouds evaporate before they actually make it to the earth. This phenomenon, known as "virga," provides a fascinating glimpse into the complexity of our atmosphere—and it’s more common than you might think. What is Virga? Virga appears as wispy tails or shafts extending downward…
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Why Humidity Feels Worse in Summer: The Science Explained
As a meteorologist, I’m often asked why hot, humid summer days can feel so much more uncomfortable than dry heat—even at the same temperature. The answer lies in the interplay between our bodies, the atmosphere, and the physics of water vapor. A Quick Refresher: What Is Humidity? Humidity is simply the amount of water vapor…
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El Niño 2023–2024: How a Pacific Phenomenon Shaped Global Weather Extremes
By Dusty El Niño is a periodic climate phenomenon characterized by the warming of sea surface temperatures in the central and eastern Pacific Ocean. Over the past year, the 2023–2024 El Niño event provided a textbook example of how a disturbance in ocean temperatures can ripple across the globe, reshaping weather patterns and impacting millions.…
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Cloud Types and What They Tell Us About the Weather
By Rabir, Meteorologist Every day, we look up and notice clouds drifting overhead—in countless shapes, sizes, and shades. Yet, these atmospheric wonders are much more than visual curiosities. As a meteorologist, I find that understanding cloud types offers a direct window into the dynamics of our weather, both present and future. The Basics of Cloud…
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Historic Hailstorms: Their Meteorological Origins and Community Impacts
As a meteorologist passionate about extreme weather, I’ve encountered countless fascinating phenomena, but few match the sudden ferocity of a hailstorm. Across the United States and around the globe, hailstorms can cause catastrophic damage in a matter of minutes—shattering car windows, decimating crops, and posing significant risks to communities. The Science Behind Hail Formation Hail…
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Orographic Lift: How Mountains Make Their Own Weather
As a meteorologist, I often find myself captivated by the subtle but powerful processes that shape our daily weather. One such phenomenon is orographic lift—a process where the landscape itself, especially mountains, becomes an architect of the atmosphere, sculpting clouds, storms, and even shaping entire ecosystems. Let’s unravel how this fascinating effect influences weather patterns…
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The Coriolis Effect: Spinning the Winds of Our Planet
Have you ever wondered why hurricanes spin counterclockwise in the Northern Hemisphere and clockwise in the Southern Hemisphere? Or why prevailing winds follow curved paths rather than going straight from high to low pressure? The answer lies in a fascinating phenomenon called the Coriolis Effect—a force that shapes much of the planet’s large-scale weather and…
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The Science of High Pressure Systems: Why Clear Skies Prevail
As a meteorologist, I’m often asked why the weather can suddenly turn sunny and calm after a period of unsettled skies. The answer lies, quite literally, above us—in the rise and fall of atmospheric pressure. Today, let’s delve into the science behind high pressure systems and explore why they typically bring clear, tranquil weather. What…
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How Wind Shapes Our Weather: The Invisible Driver of Atmospheric Patterns
When we talk about weather, we often focus on dramatic events: thunderstorms, heat waves, or rainy days. Yet behind every cloud formation and temperature swing, there is a quieter, but perhaps more persistent player at work – the wind. Let’s explore how wind, the result of air in motion, influences the weather we experience every…
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