it changes by all the ice melting ,there fore we flood.
30%
During an ice age, the increased presence of ice and snow on the Earth's surface can lead to more solar energy being reflected back into space, rather than being absorbed by the surface. This can contribute to cooling temperatures and potentially prolonging the ice age.
During the Ice Age, approximately 30 of the Earth's surface was covered in ice.
30%
progressive cooling of earths surface. earths heat balance could change as orbit alters.solar radiation fluctuations, periodic changes in earth tilt and orbit. loss of heat from earths surface through reduction of carbon dioxide content of atmosphere. volcanic eruptions, short term cooling of globe could increase effect if lots erupted over longer periods of time. volcanoes and climate, the little ice age 1645-1715.
During the Great Ice Age glaciers shaped the earths surface created a mitten shape.
30%
During an ice age, the increased presence of ice and snow on the Earth's surface can lead to more solar energy being reflected back into space, rather than being absorbed by the surface. This can contribute to cooling temperatures and potentially prolonging the ice age.
During the recent ice age, glaciers covered almost 30 percent of earths land.
At present the main theory is that they died as a result of the weather change caused by a massive meteor strike on the earths surface. it threw so much dust and debris into the atmosphere that it resulted in an ice age.
Secured their food
how did architecture change during the golden age
the ice age formed by the temperture of earths surface and atmosphere droping to very cold tempertures to the negatives freezing most of the worlds oceans
it's warmer and drier now, than during the Ice Ages
During the Ice Age, approximately 30 of the Earth's surface was covered in ice.
That would be an ice age.
During an ice age, the Earth's surface is covered by a larger area of ice and snow. This increased ice and snow cover increases the Earth's albedo, or reflectivity, causing more solar energy to be reflected back into space rather than being absorbed by the surface. As a result, the absorption of solar energy by the Earth's surface decreases during an ice age.