it's a period where the dinosaurs lived.
Mammals made their first appearance during the Mesozoic era in the Triassic period. This period lasted from about 252 million years ago to 201 million years ago. Mammals evolved from their synapsid reptile ancestors during this time.
The Silurian period followed the Ordovician period.
I am a computer program and do not experience physiological processes like menstruation.
No, you cannot have a period if you do not ovulate.
The relative refractory period is the time when a neuron can respond to a stronger stimulus, while the absolute refractory period is when a neuron cannot respond at all. The relative refractory period follows the absolute refractory period and allows for increased neuronal excitability.
It is in the Trassic Period.
Mammals made their first appearance during the Mesozoic era in the Triassic period. This period lasted from about 252 million years ago to 201 million years ago. Mammals evolved from their synapsid reptile ancestors during this time.
You bet they did.The biggest proof of their having existed is the BONES!! Bones or fossils (bones that have turned to rock) are excellent proof of one very obvious fact. Something died there and left those bones!
They evolved in the Triassic and mainly spreadout to dominate the Erath in the Jurassic most people will say this is the golden age of the dinosaurs, however I'd say the early-mid creataceous is, it's when all the weird species came
after Jurrasic period it is the Cretaceous period
Mammals first appear in the fossil record of the Mesozoic Era.
1st period -Formative Period 2nd period-International Period 3rd period -National Period 4th period -World Music Period
The period after the Devonian Period (416 to 359.2Ma) is the Carboniferous Period (359.2 to 299Ma).
There are many famous periods in Japanese History. * Edo Period * Meiji Period * Jomon Period * Yayoi Period * Kofun Period * Nara Period
early period
The Silurian period followed the Ordovician period.
The Ordovician period came after the Cambrian period.