The Krakatoa eruption in 1883 affected an area of about 1.6 million square miles, with the volcanic ash spreading across the globe. The explosion was one of the most powerful in recorded history and had devastating impacts on the surrounding regions.
there hasn't been a eruption in 2008 yet.
Not exactly. The explosions generate by the eruption of Krakatoa were enormous, but the island itself was not blown up. The eruption ejected so much magma, that the island of Krakatoa collapsed into the space left behind.
Much of Krakatoa's surface is the same temperature as any othe ground surface. During an eruption, the surface can be close to 2000 degrees where lava is present.
The death toll in the 2004 tsunami was higher than the 1883 eruption of Krakatoa because tsunamis can travel much farther across the ocean, affecting more densely populated areas. The 2004 tsunami struck coastal regions with little warning, leading to widespread devastation and loss of life, whereas the impact of the Krakatoa eruption was more localized.
The eruption of Krakatoa in 1883 was one of the most powerful in recorded history, causing a series of massive explosions that resulted in the collapse of the volcano's summit. This collapse caused a large portion of the island to slide into the sea, leading to the disappearance of much of Krakatoa.
there hasn't been a eruption in 2008 yet.
Not exactly. The explosions generate by the eruption of Krakatoa were enormous, but the island itself was not blown up. The eruption ejected so much magma, that the island of Krakatoa collapsed into the space left behind.
your stupid mom
Much of Krakatoa's surface is the same temperature as any othe ground surface. During an eruption, the surface can be close to 2000 degrees where lava is present.
False. The island of Krakatoa was indeed destroyed by a massive volcanic eruption in 1883, but it did not plow itself apart, nor was it the largest volcanic eruption. When Krakatoa erupted, it blasted out so much magma, that it left an empty space in the magma chamber. This caused the volcano to collapse in on itself. Such an even is called a caldera forming eruption. The largest eruption of historic times was the 1815 eruption of Mount Tambora. Other, prehistoric eruptions have been much larger.
Krakatoa was a volcanic island. In 1883 that volcano produced a colossal eruption. This eruption drained about 10 cubic kilometers of magma from the magma chamber. The island collapsed into the space left behind, forming a depression called a caldera.
The death toll in the 2004 tsunami was higher than the 1883 eruption of Krakatoa because tsunamis can travel much farther across the ocean, affecting more densely populated areas. The 2004 tsunami struck coastal regions with little warning, leading to widespread devastation and loss of life, whereas the impact of the Krakatoa eruption was more localized.
Krakatoa is a volcanic island that is part of Indonesia. In 1883, three volcanic mountains that made up a single island erupted, destroying much of the island. The remains from that eruption are also known as Krakatoa.
The eruption of Krakatoa in 1883 was one of the most powerful in recorded history, causing a series of massive explosions that resulted in the collapse of the volcano's summit. This collapse caused a large portion of the island to slide into the sea, leading to the disappearance of much of Krakatoa.
7 Km
The Krakatoa eruption of 1883 emitted an estimated 6 cubic miles (25 cubic kilometers) of volcanic ash, dust, and sulfuric gases, including carbon dioxide. The exact amount of carbon dioxide specifically emitted is difficult to quantify accurately due to limited historical records and variations in estimating methods.
The eruption of Krakatoa in 1883 caused widespread destruction, resulting in massive loss of life and property. The exact cost of the damage is difficult to quantify, but it had a significant impact on the region and beyond in terms of economic losses and environmental consequences.