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- Miocene - Wikipedia
The Miocene ( ˈmaɪ əsiːn, - oʊ - MY-ə-seen, -oh-) [6][7] is the first geological epoch of the Neogene Period and extends from about 23 04 to 5 333 million years ago (Ma)
- Miocene Epoch | Plants, Animals, Fossils | Britannica
Miocene Epoch, earliest major worldwide division of the Neogene Period (23 million to 2 6 million years ago) that extended from 23 million to 5 3 million years ago, a time when land-dwelling mammals were essentially modern
- The Miocene Epoch
The Miocene Epoch, 23 03 to 5 3 million years ago,* was a time of warmer global climates than those in the preceeding Oligocene or the following Pliocene and it's notable in that two major ecosystems made their first appearances: kelp forests and grasslands
- Evolution: Change: Deep Time - PBS
Animals that go extinct in the Miocene more likely do so because they fail to adapt to changes in climate and vegetation Horses first appeared in the early Eocene as cat-sized herbivores,
- Miocene - New World Encyclopedia
Named by Sir Charles Lyell, "Miocene" comes from the Greek words μείων (meioon, less) and καινός (kainos, new) and means "less recent " It is "less recent" than the Pliocene and had 18 percent less modern sea invertebrates than the Pleiocene
- Miocene - an overview | ScienceDirect Topics
When considered on geologic timescales, Miocene paleogeography was quite similar to modern with the continental landmasses close to their modern positions However, the Miocene was a dynamic period resulting in mountain building, ocean gateway alteration and ice sheet consolidation
- Miocene Epoch (23 – 5. 3 million years ago) – First apes; mammals evolve . . .
The Miocene Epoch, spanning from approximately 23 to 5 3 million years ago, represents a significant period in Earth’s geological history, characterised by profound climatic shifts and the evolution of diverse life forms
- The Miocene: The Future of the Past - Steinthorsdottir - 2021 . . .
Here, we review the state-of-the-art in Miocene climate, ocean circulation, biogeochemical cycling, ice sheet dynamics, and biotic adaptation research as inferred through proxy observations and modeling studies
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