No. Ice does not create an ash cloud when a volcano erupts. You cannot prevent the formation of an ash cloud.
An ice core provides information about Earth's history by capturing and preserving a record of past climate conditions. The ice layers contain air bubbles that trap atmospheric gases, such as carbon dioxide, which can be analyzed to understand past atmospheric composition. Additionally, isotopes of oxygen and hydrogen in the ice can reveal information about past temperatures and climate patterns.
There are two ways can happen. It can happen during an eruption as the heat melts overlying snow and ice, which then mixex with the ash. It can also occur in the absense of an ongoing eruption if heavy rain falls on an ash deposit.
Volcanoes can cause tremendous damage to everything. The ash can travel hundreds of miles, wiping out towns and villages, and the lava can reach speeds of 35mph, incinerating everything it touches (lava can reach 2,000 degrees Fahrenheit.
Ice melts above 32 degrees F -- 0 degrees C, and the temperature in Antarctica doesn't reach that level on most of the continent.
No. Ice does not create an ash cloud when a volcano erupts. You cannot prevent the formation of an ash cloud.
Volcanoes erupt hot ash or molten rock. It is the heat from this that can melt ice.
Yes, it sure did.
hickory and ash
volcani ash
No it does not go into outer space. The ash cannot go into outer space because it does not reach escape velocity. Instead the ash gets dispersed throughout the atmosphere and eventually settles back on Earth.
An ice core provides information about Earth's history by capturing and preserving a record of past climate conditions. The ice layers contain air bubbles that trap atmospheric gases, such as carbon dioxide, which can be analyzed to understand past atmospheric composition. Additionally, isotopes of oxygen and hydrogen in the ice can reveal information about past temperatures and climate patterns.
No, it's a chemical change. A physical change is one which can be reversed. Like ice to water to ice etc.
yes, look at the mini ice age in the 18th century
Yes you can it helps the female to reach her climax.
to reach into the ice for food
Even on 'frictional' ice it is possible to crawl, slide, walk on the ice.