Shaped and positioned similarly to continents today
During the Tertiary period, the Earth's continents were continuing to drift apart due to plate tectonics. This movement led to the modern configuration of continents that we see today. The Tertiary period also saw dramatic shifts in climate and the diversification of mammals.
During the Tertiary period, which lasted from about 66 million to 2.6 million years ago, the continents were already in positions similar to today but with some differences. For example, North America and Eurasia were connected via the Bering land bridge, and South America was still drifting towards its collision with North America. Antarctica was largely ice-free, while Australia was closer to Antarctica.
Yes. There have been continents since water fell to Earth.
Mesozoic Era
Pangaea broke up during the Mesozoic Era, specifically during the Triassic and Jurassic periods, approximately 175 million years ago. This breakup led to the formation of the continents as we know them today.
What happened to the earth's continents during permian period is pangea
During the Tertiary period, the Earth's continents were continuing to drift apart due to plate tectonics. This movement led to the modern configuration of continents that we see today. The Tertiary period also saw dramatic shifts in climate and the diversification of mammals.
precambrian era
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During the Tertiary Period, the surface of the earth looked much like it does today. It was quite warm with periods of cold much like today.
The elephant
It was very watery and all the continents were altogether as one land.A huge waste land
What happened to the earth's continents during Permian Period is Pangea, Pangea is when the used to be one big super continent broke apart created our separate continents today.
During the Tertiary period, which lasted from about 66 million to 2.6 million years ago, the continents were already in positions similar to today but with some differences. For example, North America and Eurasia were connected via the Bering land bridge, and South America was still drifting towards its collision with North America. Antarctica was largely ice-free, while Australia was closer to Antarctica.
Earth's geography changed dramatically between the beginning and the end of the Tertiary. I could give you a long winded description, but I think you would prefer maps. Under "Related Links" there will be a map for the early Tertiary (called the Paleogene), and one for the later Tertiary (Neogene). P.S. The Tertiary began 65.5 million years ago and ended 2.6 million years ago.
they were pulled apart over a period of one or two centuries