Category: Meteorology

Why is the Coriolis Effect Weaker at the Equator?

The Coriolis effect is a well-known phenomenon that affects the motion of objects, including air and water, on the Earth’s surface. This effect is caused by the Earth’s rotation on its axis, which causes objects moving on the surface to experience a deflection in their path. The Coriolis effect is strongest at the poles and

Tracing the Fate of Mined Minerals: Where Do They All Go?

Mining and Global Demand for Minerals Mining has been an important industry for centuries, providing the world with the essential minerals used in a wide range of products, from electronics to construction materials. Global demand for minerals continues to grow, and this has led to an increase in mining activity in various parts of the

What’s in a Cloud? Identifying the Name of a Common Meteorological Formation

As humans, we have an innate curiosity to understand and name the things we see around us. Clouds are a common sight in the sky, and we often wonder if the patterns they form have specific names. In this article, we will explore whether the cloud patterns in images have names, and if so, what

The Evolution of Understanding the Relationship between Air Temperature and Height: Insights from Earth Science and Meteorology

The relationship between air temperature and distance from the ground is a fundamental concept in meteorology and earth science. It is the reason why mountains are cooler than lowlands, and why the temperature of the air decreases the higher you go in the atmosphere. But how did we come to understand this relationship? In this

The Relationship Between Cloud Height and Radius: Exploring Meteorological Connections

Clouds have long fascinated meteorologists and atmospheric scientists. They are dynamic, constantly changing, and can provide important clues about the state of the atmosphere. One aspect of clouds that has received particular attention is their height and radius. In this article, we will explore the relationship between cloud height and radius, and what it can

Why do cold-core lows slope towards the cold air with heigth? How to show mathematically that wind intensifies with height in this case?

Asked by: Alex Santiago Why does cold core low intensify with height? It is a low pressure system that strengthens with height in accordance with the thermal wind relationship. If a weak surface circulation forms in response to such a feature at subtropical latitudes of the eastern north Pacific or north Indian oceans, it is

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