Full screen

Share

The planet began to cool down in this Eon and was able to form a stable climate due to the release of oxygen into the atmostphere. 
Proterozoic Eon
Hadean Eon
The world during the Archean Eon at first was primarily filled with microscopic life. The atomstphere was made up of mostly nitrogen, with water vapor, carbon dioxide, and methane. Photosynthesizers began to show up in the form of bateria such as, Cyanobacteria, and Halobacteria. They used the sun's energy to convert CO2 and water into food, releasing oxygen waste. This release of oxygen changed the chemical balance of the entire biosphere.
Name: Greek word for 'Origin'
Known For: 1st Signs of Life
Chronological Unit: Eon
Occured: 4-2.5 Billion Years Ago
MAJOR EVERTS
FUN FACTS
THE WORLD AT THIS TIME
Climate:
Following Eon:
Preceding Eon:
ARCHEAN EON

Want to create interactive content? It’s easy in Genially!

Get started free

Mini Research Project: Geological Time

Jessica Urrutia

Created on February 17, 2023

Start designing with a free template

Discover more than 1500 professional designs like these:

Transcript

The planet began to cool down in this Eon and was able to form a stable climate due to the release of oxygen into the atmostphere.

Proterozoic Eon

Hadean Eon

The world during the Archean Eon at first was primarily filled with microscopic life. The atomstphere was made up of mostly nitrogen, with water vapor, carbon dioxide, and methane. Photosynthesizers began to show up in the form of bateria such as, Cyanobacteria, and Halobacteria. They used the sun's energy to convert CO2 and water into food, releasing oxygen waste. This release of oxygen changed the chemical balance of the entire biosphere.

Name: Greek word for 'Origin'

Known For: 1st Signs of Life

Chronological Unit: Eon

Occured: 4-2.5 Billion Years Ago

MAJOR EVERTS

FUN FACTS

THE WORLD AT THIS TIME

Climate:

Following Eon:

Preceding Eon:

ARCHEAN EON

Show interactive elements