No, during the ice age the ocean levels were actually lower than they are today. This is because a significant amount of water was locked up in glaciers and ice sheets on land, leading to lower sea levels.
During the time of the supercontinent Pangaea, the ocean known as Panthalassa surrounded Pangaea. Panthalassa was a vast ocean that covered most of the Earth's surface. As Pangaea broke apart, this single ocean eventually split into the modern oceans we have today.
The sea level in 2050 is projected to be higher than it is today due to climate change and melting ice caps. The exact level will depend on various factors such as the rate of emissions and global efforts to mitigate climate change.
Pangaea was a supercontinent that existed about 300 million years ago, while Panthalassa was the global ocean surrounding Pangaea. Pangaea eventually broke apart into the continents we have today, while Panthalassa's remnants are today's Pacific Ocean.
During the Cenozoic era, tectonic movements like the uplift of mountain ranges (e.g. the Himalayas) and the opening of new ocean basins (e.g. Atlantic Ocean) occurred. These movements shaped the continents and influenced the distribution of flora and fauna across the globe. The Cenozoic also saw the development of many important geographic features we see today.
During the Carboniferous period, the atmosphere had higher oxygen levels compared to today. The increase in oxygen levels during this time supported the growth of large insects and amphibians. The high concentration of carbon dioxide in the atmosphere during the Carboniferous period also contributed to the warm climate and lush vegetation of that time.
The current theory is that they got there by island-hopping using simple boats and rafts during a time when the ocean water level was lower than it is today.
The climate of the Cretaceous period was warmer and more humid than it is today. The Earth's landmasses changed during the Cretaceous and sea level was higher then than it is today.
Because of Global Warming it has caused enough heat to melt icebergs that used to float in the ocean, and snow from mountains to melt into water. Which makes the water level of the ocean to rise higher than it used t be.
Sea levels have fluctuated throughout geologic history, sometimes being higher and sometimes lower than they are today. During periods of glacial melting, sea levels were higher, while during ice ages, sea levels were lower due to water being locked up in ice sheets. Currently, sea levels are rising due to global warming and melting ice caps.
As of today (1/24/08) it is 72 degrees.
During the Jurassic period, the atmosphere contained higher levels of carbon dioxide (CO2), with estimates suggesting levels around 2-3 times higher than today. Other chemicals present in the air during this time period would likely include gases like oxygen (O2), nitrogen (N2), and trace amounts of other gases. However, specific details about the exact composition of the air during the Jurassic period are limited and subject to ongoing research and study.
During the Permian period (~299 to 252 million years ago), the Earth's atmosphere had higher concentrations of oxygen compared to today, around 30%. This higher oxygen level supported the evolution of large insects and reptiles during this era. Additionally, the climate was generally warmer, with significant fluctuations that led to the formation of vast inland seas and arid regions.
During the last Ice Age the ocean level dropped so much that a corridor of dry land emerged between Siberia and Alaska,where the Bering Strait is today. this allowed people from Asia to walk across.
During the time of the supercontinent Pangaea, the ocean known as Panthalassa surrounded Pangaea. Panthalassa was a vast ocean that covered most of the Earth's surface. As Pangaea broke apart, this single ocean eventually split into the modern oceans we have today.
oceanography.
it is in the ocean
As of today, Ocean Gate is worth approximately 500 million in the current market.