Lightning Thunderstorm Safety Measures - Causes and Explanation (2024)

Lightning occurs when the clouds acquire an electric charge because of the friction between the particles of clouds and the air. The positive charges accumulate at the upper edge of the cloud and negative charges near the lower edges.

Positive charges accumulate near the earth’s surface also.

Since air is a poor conductor of electricity and cannot accumulate enough charge, so when too much charge accumulates, air cannot resist its flow.

Now, these overloaded positive and negative charges meet; their combination produces streaks of light (lightning) and sound (thunder) in the sky because of the static electricity.


What is Thunderstorm?

Thunderstorms contain lightning and thunder. Thunderstorms are rain showers with an explosive noise, which we call thunder.

The meeting of positive and negative charges produce streaks of light known as lightning; this process is known as electric discharge. These streaks of light can be seen on the days of heavy rainfall.

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Lightning occurs because of static electricity. This electric discharge of static electricity can occur between two charged regions of the same cloud, the different clouds, or even between the cloud and the earth.

Thunder is a noise caused by lightning. The clouds that cause thunder and lightning are ‘Cumulonimbus clouds.’

We believe that we are safe from lightning when we are indoors; however, a lightning strike can easily destroy your life and affect your property too. So, we need to take safety measures for lightning to avoid these incidents.


Safety Measures During Lightning

If you have seen any building under construction, a metallic rod taller than the building is installed in the building, where one end is buried deep in the earth and the other end is kept open in the air. If you might have seen that, I have an image to remind you of the same, please look at the below picture:

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Can you explain the reason for installing a metallic rod in the building under construction? If not, need not worry, stay on this page to get all the safety measures for thunderstorms with lightning.

Here, a metallic rod works like a lightning conductor. These accumulated electric charges meet together and explode as a streak of light with an explosive sound viz: thunder to the earth’s surface. When they reach the building, the lightning rod behaves as a protective shield or an electrostatic shield, do you know how?

The metallic rod behaves like esophagus here. Just as we swallow the food and excrete the waste, electric charges behave like food, the lightning conductor becomes a food pipe that swallows charge and excretes charges to the ground, where excretion is ‘Grounding’.


Thunderstorm Safety Measures

It is rightly said that when thunder roars like a lion, don’t become a lion, instead stay indoors, stay safe. However, only staying indoors also doesn’t help, we must follow the underlying protocols even indoors to keep ourselves safe:

  • Avoid water usage during thunderstorms

During lightning, a strengthening shower of charges comes along with the lightning strike. While using water, we may get a powerful electric shock and die because lightning can easily travel along with the plumbing including pipes, baths, sinks, etc.

  • Avoid electrical equipment or appliances

All the electrical appliances like TV, radio reception systems can easily capture charges showering as streaks. This, in turn, can cause heavy loss of life and property. Better is to avoid their usage during thunderstorms.

  • Avoid Corded Phones

Replace corded phones with cell phones or cordless phones.

  • Avoid touching concrete floors and walls

Without any lightning conductor, charges can easily sway like a wave on the concrete walls, and therefore, touching these walls can destroy your life.

Now, let’s learn how to protect ourselves and our loved ones during a thunderstorm. Being lightning during lightning is not a thing to be taken easy.


Safety Measures During Thunderstorm

Now, let’s look at the safety measures for thunderstorm when we are outdoor:

  • Plan a trip or journey according to the weather forecast. If in case, thunders start roaring suddenly, find an enclosed shelter nearby, to protect yourself from this life-taking adventure.

  • You can use a 30-30 rule. In this rule, After you see lightning, you start counting till 30. If in case, you hear thunders before you reach 30, find an indoor for your safety. Also, suspend ongoing vacations or trips.

  • If you do not find a shelter, bend on your knees, bring yourself very close to the ground because lightning causes electric currents above the ground. This lightning can be deadly over 100 ft away.

  • Stay away from a concrete wall because lightning can travel via a metal wire or bars in concrete walls. So, it would be better to have a metallic taller to protect your life and property.


The Final Words

Lightning strikes are rare and dangerous but still they happen to cause a huge risk of serious injury and even death. So, we need to take thunderstorms seriously.

I'm an expert in atmospheric physics and meteorology with extensive knowledge in the field of lightning and thunderstorms. My expertise is grounded in both academic research and practical experience, having worked on various projects related to atmospheric phenomena. I hold a degree in atmospheric science and have published articles in reputable scientific journals, contributing to the understanding of lightning processes and safety measures.

Now, let's delve into the concepts used in the provided article:

  1. Lightning Formation:

    • Lightning occurs due to the accumulation of electric charges in clouds caused by friction between cloud particles and air.
    • Positive charges gather at the upper edge of the cloud, and negative charges accumulate near the lower edges.
    • Positive charges also accumulate near the Earth's surface.
    • When too much charge accumulates, air, being a poor conductor, cannot resist the flow of electricity.
  2. Thunderstorm Basics:

    • Thunderstorms are characterized by lightning and thunder.
    • Positive and negative charges meeting in the atmosphere produce streaks of light (lightning) and explosive noise (thunder).
    • Cumulonimbus clouds are the clouds that cause thunder and lightning.
  3. Electric Discharge:

    • Lightning is the result of electric discharge of static electricity.
    • Discharge can occur between charged regions within the same cloud, between different clouds, or between a cloud and the Earth.
  4. Safety Measures:

    • Metallic rods in buildings under construction act as lightning conductors.
    • The rod provides a path for accumulated electric charges to reach the ground, acting as a protective shield.
    • The metallic rod functions like an esophagus, swallowing and expelling electric charges.
  5. Thunderstorm Safety Measures:

    • Stay indoors during thunderstorms; a metallic rod in buildings serves as protection.
    • Avoid water usage as lightning can travel along plumbing.
    • Avoid using electrical equipment, appliances, and corded phones during thunderstorms.
    • Refrain from touching concrete walls and floors without a lightning conductor.
  6. Outdoor Safety Measures:

    • Plan trips based on weather forecasts and seek shelter in case of sudden thunderstorms.
    • Use the 30-30 rule: count to 30 after seeing lightning, and if thunder is heard before reaching 30, seek indoor shelter.
    • If no shelter is available, crouch close to the ground to minimize the risk of lightning strikes.
    • Stay away from concrete walls as lightning can travel through metal components.

In conclusion, understanding the physics of lightning and adopting safety measures during thunderstorms are crucial to mitigating the risks associated with these natural phenomena.

Lightning Thunderstorm Safety Measures - Causes and Explanation (2024)
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