Discover the science behind volcanoes that erupt with magma

1- What is a volcano? 2- The eruption of the Kulauea volcano 3- Effects of volcanic eruptions 4- The largest active volcano in the world 5-Why do volcanoes erupt? 6- Types of volcanic eruptions 7- How to prepare for a volcanic eruption 8-How to respond to an active volcano

Discover the science behind volcanoes that erupt with magma
Discover the science behind volcanoes that erupt with magma

Have you ever wondered which volcanoes are still erupting today? It's an interesting idea, isn't it? Well, we have the answer for you. In this blog post, we'll explore volcanoes around the world that are still erupting to this day. We'll look at their powerful eruptions and discuss why they continue to impress us. So let's get started!

Introduction to VONA

A volcano is an opening or tear in the Earth's surface that allows magma (liquid and semi-liquid rock), volcanic ash, and gases to escape. Some volcanoes, such as Mauna Loa on the island of Hawaii, are still erupting today. These volcanoes are known as "active" volcanoes.

Volcanoes from which magma is still erupting to this day are classified as "strong". These volcanoes usually have a history of frequent eruptions, which lead to a build-up of magma and eventual eruption. Some examples of these volcanoes are Mount Etna in Italy and Mount Pinatubo in the Philippines.

Although Mount Etna is considered an active volcano, it has not erupted for over 600 years. This is because Mount Etna is composed of a highly volatile type of magma, which makes it difficult for the volcano to erupt. On the other hand, Mount Pinatubo is an active volcano that has erupted many times in the past. However, the last volcanic eruption occurred in 1991, which destroyed part of the city of Manila.

Now that you know a little about volcanoes, make sure you stay safe when you visit one!

What is a volcano?

A volcano is an opening where lava, tephra (small rocks) and steam erupt to the Earth's surface. Volcanoes can be found all over the world, but there are particularly active volcanoes in the Pacific, Atlantic, and Indian oceans. There are still possibly about 1,500 active volcanoes around the world.

Volcanoes are the powerful forces of nature that build and destroy them. For example, undersea volcanic eruptions created the Hawaiian Islands, and to this day, Hawaii is one of the most volcanically active places on earth. However, volcanoes can also cause great destruction. For example, the eruption of Mount Pinatubo in the Philippines in 1991 caused massive global climate change by releasing tons of ash and gas into the atmosphere.

Most volcanoes form when molten rock called magma rises to the surface. Magma is formed from molten rock from the Earth's core and heated by the Earth's heat. Over time, this magma can rise to the surface through the vent(s) of the volcano, or it can fill the magma chamber within the volcano. When the magma reaches a certain temperature and pressure, it becomes explosive and causes a volcanic eruption.

Scientists study volcanoes to learn more about how the Earth works and how people can protect themselves from damage caused by eruptions. For example, scientists know that warning signs such as eruptions or gas bubbles rising from a volcano indicate that an eruption is imminent. When you see warning signs like these, it is important to move away from the volcano and report what you see to the local authorities.

Kulauea volcano eruption

The volcanoes from which magma is still erupting to this day are still growing volcanoes. Kīlauea volcano, for example, is a shield volcano that is still growing. Continuous lava eruptions at Kīlauea created the volcano and gave it a shield-like shape that is still growing. The eruption at Kīlauea Peak occurs within a closed area of Hawaiʻi Volcanoes National Park, so the public is not in danger.

effects of volcanic eruptions

The volcanoes from which magma is still erupting to this day are volcanic. These mountains still produce magma and ash that can be seen from the Earth's surface. Some of these eruptions are explosive, others are not. The explosiveness of a volcanic eruption depends on the composition of the surrounding magma and rock. For example, a volcano made of highly explosive rock will erupt more explosively than one made of less explosive rock.

The effects of volcanic eruptions vary depending on the location of the eruption. For example, underwater volcanic eruptions can cause ocean waves, earthquakes, and displace water and sediment. Volcanic eruptions on Earth can cause ash fall and severe damage to infrastructure, such as roads and buildings. In fact, one of the most destructive eruptions in history, known as the eruption of Mount Vesuvius in AD 79, killed more than 25,000 people in just a few hours.

Despite the dangers posed by volcanic eruptions, they continue to play an important role in Earth's history. Volcanoes are some of the most reliable sources of geothermal energy on Earth. By studying volcanoes, we can learn about the history and geology of our planet.

The largest active volcano in the world

The world's largest active volcano, Mauna Loa, erupted for the first time in nearly four decades. Mauna Loa is located on the Big Island of Hawaii and is the largest active volcano on Earth. The pyroclastic flow spanned five days and the eruption is considered one of the most important events in modern Hawaiian history. However, despite this eruption, the volcanoes from which magma is still erupting to this day are still volcanoes.

Why do volcanoes erupt?

Volcanoes erupt when magma, made up of molten rock, rises to the surface. This magma is usually found below the Earth's surface and is slowly pushed to the surface by pressure. Over time, this pressure can become too much and magma will break through the Earth's surface in an eruption.

Although volcanic eruptions can occur anywhere, they are most common in places where two tectonic plates collide. These collisions create mountains, and as the two plates move away from each other, the pressure that was pushing the magma is releasedsurface ho. This can cause a volcanic eruption at any time.

Scientists study volcanoes to understand how they work and how they can be used to create landforms. By observing the eruptions and studying the rocks that are produced, scientists can better predict when an eruption will occur. They can also learn more about the history of the volcano and how it has changed over time.

Types of volcanic eruptions

There are a number of different types of volcanic eruptions, all of which involve magma rising to the surface. The molten rock (magma) that erupts in volcanoes does not come from the Earth's core, not even from the depths of the Earth. Instead, it is usually shattered into lava fragments by the explosive eruption. Ash forms as gases expand within the rising magma, breaking down the cooling rocks. No fewer than twelve volcanoes erupt on any given day, and no extinct volcanoes are expected to erupt in the future. Inside an active volcano there is a chamber in which molten rock, called magma, is present. When this magma rises to the surface, it can produce a number of different types of eruptions.

The most dangerous type of eruption is called a "glow avalanche" which is when freshly erupted magma flows down the sides of a volcano. These eruptions can cause massive destruction, both within the volcano itself and beyond its borders.

How do you prepare for a volcanic eruption?

As you know, some volcanoes are still erupting to this day. These volcanoes are known as "explosive" volcanoes because they contain highly explosive eruptions. Non-explosive volcanoes are called "quiet" volcanoes.

To prepare for a volcanic eruption, you should know what to do if you are under a volcano warning and how to stay safe when a volcano threatens. If you live in an area at risk of volcanic eruption, be sure to follow the instructions of your local authority. Additionally, be sure to have a contingency plan in place in the event of a volcanic eruption. By preparing now, you can ensure that you and your family will be safe during any volcanic eruption.

How to respond to an active volcano

If you live where there is an active volcano, it is important to be aware of the risks that come with it. The volcanoes from which magma is still erupting to this day are potentially active volcanoes. This means that there is a chance of an eruption occurring at any time. However, most eruptions occur very slowly (kilometers per day), and only a small percentage of eruptions generate explosive activity.

If you are ever near an active volcano, it is important to heed all warning signs and move away from the erupting area. If you are not able to do so, you should take cover and closely monitor news reports for updates on the eruption. By being aware of the risks associated with active volcanoes, you can help ensure the safety of you and your family during a potential eruption.


So, here are the volcanoes from which magma is still erupting to this day. Although the eruption of a volcano depends on the composition of the magma, all volcanic eruptions are dangerous. Be sure to heed the advice of local authorities during active eruptions and be sure to check the condition of the volcano before traveling to see it in action!