Microbiology On Eucaliptus
The Planet Eucaliptus is approximately 4 billion years old. It is newer than the planet Earth, and so is its life. Life first appeared on Eucaliptus almost 2 billion years ago. Life on Eucaliptus is thought to have begun in the oceans. Therefore it is important to mention that 75% of Eucaliptus's surface is covered with water. The water supply is plentiful to support and provide the medium for life to begin.
Under the Ocean
The first cells were not living cells but inorganic ones and were formed not at the Eucaliptus' surface but under the water in shallow water of the oceans. About 2 billion years ago when Eucaliptus was undergoing a series of changes the composition of the atmosphere was fluctuating wildly. At the begining Eucaliptus temperatures were very hot. However temperatures cooled off a bit which allowed life to begin. Primitive life had already taken hold on Eucaliptus and consisted of single-celled organisms that were confined to the shallow waters of the ocean. The first and most noticeable unicellular organisms were Lany and Algebra Cells.
Cyanobacteria
Different types of bacteria formed. One important bacteria known as Cyan bacteria are aquatic and photosynthetic. Because they are bacteria, they are very tiny. They can not be seen with the naked eye. They often grow in colonies large enough to be observed. They have the distinction of being the oldest known organisms on Eucaliptus. They are one of the largest and most important groups of bacteria on Eucaliptus. They gave life to what is known as plants.
Early Plants
The bacteria in the ocean produced oxygen which was released into the atmosphere. Ozone formed as the oxygen built up in the atmosphere, shielding Eucaliptus from the harmful ultraviolet rays of Tablus. Such rays had limited early life forms on the planet.
Ancient life began in a very rudimentary form. Single cell organisms called Primaria produced much of the oxygen we now have on the planet. Primaria contained chloroplasts. They produced organic compounds from water and carbon dioxide using the process of photosynthesis.
Primaria Uni-Cell
This particular cell is called Bapa Primaria. The genetic material of the Bapa Primaria was DNA- (Deoxyribonucleic Acid) and RNA- (Ribonucleic Acid). The cell has a nucleus in which it organized the RNA/DNA. This cell evolved into many life forms. Some living organisms developed locomotive abilities. Eventually multi-cellular life forms emerged from these early organisms. More sophisticated organisms began to dominate the ocean. At that point life began to move from the waters to the dry surface of Eucaliptus. Some organisms needed to feed on other organisms to produce energy and some organisms used water and sunlight to create food.
Primaria Evolution
PRIMARIA TYPES
Lany : Cellular organism that can move around by using hair-like legs. This organism responds to light to manufacture food and energy.
Algebra: Possesses a lot of photosynthesis ability. This organism eats and eats. It basically hunts for food. It wraps around its prey.
Tail Primaria : Their tail like section allows these cells to move in search of food. Tail organisms have been very successful on the planet Ecaliptus.
Energetic Primaria : Populated the Eucaliptus surface because of its skills of photosynthesis. It can manufacture its own food and energy from light. Many other forms of life evolved from Energetic Primaria.
Gelly Primaria : Jelly uni-cellular organism and it has photosynthetic
abilities. It moves around by sliding its body through many mediums.
Life on Eucaliptus is newer than that on Earth.
Life on Eucaliptus began about 2 million years ago. It went from micro organisms to macro organisms. It is kind of nice how the thread of life began and continues.
Designed: Omar Moreno