...Ever hear of Hawaii? -different person now- There aren't just lava volcanoes underwater but there are hydrothermal vents, which instead of lava, spew gas, water, and heat. They are basically underwater volcanoes. Go look at pictures of them, they're really weird.
There are a very large number of underwater volcanoes at the Mid-Ocean-Ridges deep below the ocean's surface. These erupt lava directly into the ocean where it cools extremely rapidly forming pillow basalts.
yes, there are volcanoes near the north and south pole. And there are MANY volcanoes existing under water, which when eruption occurs, could cause major trauma such as tsunamis.
Yes, volcanoes can and do occur near the north and south poles. Volcanoes form at the boundaries of tectonic plates, and therefore are independent of temperature or climate.
No. The North Pole sits on a floating ice shelf. There is no land underneath the North Pole, therefore, there can be no volcanoes there.
yes a volcano under the sea is possible. Under water volcanoes causes tsunami
The active volcanoes under the Philippines are part of the Ring of Fire in the Pacific Ocean. The Ring of Fire and the Pacific Plate are where the majority of earthquakes and volcanic eruptions occur.
Mayon volcano
Yes, it is quite common for earthquakes to occur under the sea. But they can also occur under the land. Any location on the Earth's surface (or close to the Earth's surface, to be more accurate) can have an earthquake, although of course, some locations are more prone to earthquakes than others.
Volcanoes are relatively common on Earth, with hundreds of active volcanoes and thousands of dormant or extinct ones. However, they are not evenly distributed, as they tend to occur along tectonic plate boundaries, such as the Pacific Ring of Fire. Volcanic activity also varies in intensity, with some volcanoes erupting frequently while others remain dormant for centuries.
All volcanoes have some dangers, of course. Some underwater volcanoes can lead to tsunamis or other forms of water disasters. Land volcanoes spit ouot hot ash and lava and molten rock, and smoke as well, so much so that you could be burned alive by boiling hot ash, choked to death by smoke or gas or burned by lava, or even crushed by falling rock.
There are more under water than on land.
Yes, there are active volcanoes under the sea.
The active volcanoes under the Philippines are part of the Ring of Fire in the Pacific Ocean. The Ring of Fire and the Pacific Plate are where the majority of earthquakes and volcanic eruptions occur.
More earthquakes occur underwater than above land
Mayon volcano
Yes, it is quite common for earthquakes to occur under the sea. But they can also occur under the land. Any location on the Earth's surface (or close to the Earth's surface, to be more accurate) can have an earthquake, although of course, some locations are more prone to earthquakes than others.
Volcanoes mostly erupt in the sea to make islands or big massesof land,
When the sea is warmer than the land
everywhere except the sea
Volcanoes are relatively common on Earth, with hundreds of active volcanoes and thousands of dormant or extinct ones. However, they are not evenly distributed, as they tend to occur along tectonic plate boundaries, such as the Pacific Ring of Fire. Volcanic activity also varies in intensity, with some volcanoes erupting frequently while others remain dormant for centuries.
Land and sea breezes occur because of the different heating rates of land and sea. A sea breeze or onshore breeze is a gentle wind blowing from sea toward land. They develop when the land heats up and the air above the land rises, air then moves from the sea towards the land. A land breeze or offshore breeze, blowing from land to sea, is the reverse effect, caused when land cools more quickly than water in the evening.
Land and sea breezes occur because of the different heating rates of land and sea. A sea breeze or onshore breeze is a gentle wind blowing from sea toward land. They develop when the land heats up and the air above the land rises, air then moves from the sea towards the land. A land breeze or offshore breeze, blowing from land to sea, is the reverse effect, caused when land cools more quickly than water in the evening.