There are more than two types of organisms withing Kingdom Monera, but the two domains within Monera are Archaea and Bacteria.
Bacteria and Archaea
There are two kingdoms.Kingdom Archea and Eubactaria.
Monera used to be the kingdom for all prokaryotes. Now that prokaryotes are divided into two domains (Archaea and Bacteria), there is no more kingdom Monera. In essence, species once belonging to the kingdom Monera were divided into the two domains.
Domains are like what category their in and the kingdom is what their mainly called like for example we humans are mammals
The unicellular prokaryotes are one-celled organisms. They are located on two domains: the Archaea and the Eubacteria. The third domain, Eukarya, contain multi-cellular organisms.
They can be both. Meaning they can reproduce by themselves or with a partner.
well the kingdom of Monera is named after an old french kingdom over in Spain where the kings name was sir Christopher Monera and his kingdom was one of the most powerful in all of India until it was over thrown by a hog called Pumba and an little ferret thing (meacat) named Tamone two types of organisms from the kingdom would be the Monera butterfly and my cat named tom i hope this helps yours sincerely Itouch Mslf
Monera is a kingdom that contains unicellular life. It is split into the two domains of Archaea and Bacteria.
Sprilla and Rickettsias are two types of bacteria found in the Monera kingdom.
There are two kingdoms.Kingdom Archea and Eubactaria.
The Monera kingdom was formerly a group in biological classification and included most organisms without a nucleus (prokaryotic cells). Under the three-domain system that was established in 1991, the organisms that were in the Monera kingdom were moved to two different domains, Archaea and Bacteria.
The term Monera relates to a group of organisms that include Archaea and Bacteria. These organisms have single cells and are without a nucleus inside. Their DNA is also loosely organized. This type of cell is known as a prokaryotic cell.
Monera used to be the kingdom for all prokaryotes. Now that prokaryotes are divided into two domains (Archaea and Bacteria), there is no more kingdom Monera. In essence, species once belonging to the kingdom Monera were divided into the two domains.
The kingdom Monera was used to classify many prokaryotes. An example of a prokaryote is any sort of bacteria, such as E. coli. The kingdom Monera did not include any animals since animals are all members of another kingdom, Animalia. In order to be classified as an animal an organism must have eukaryotic cells and, with the exception of sponges, have true tissues. Nothing in Monera meets these requirements. The kingdom system under which Monera existed is no longer used. Today most biologists use a system with 3 domains, two of which used to fit into the category Monera, these are Bacteria and Archaea.
The classification system has evolved over time, leading to changes in how organisms are organized. Monera was once a kingdom that included bacteria and archaea, but advancements in technology and genetic research revealed significant differences between the two groups. As a result, monera was divided into separate domains, Bacteria and Archaea, leading to the current classification system which includes six kingdoms.
Monera is a kingdom of organisms without membrane with two division called Archaea and Bacteria. The best example of monerans are spirilla and coccie bacteria.
The three-domain system of classification made the traditional kingdom Monera obsolete. Monera used to include all prokaryotic organisms, but with the advent of the three-domain system, prokaryotes were split into two separate domains: Bacteria and Archaea.
No, Kingdom Monera was proposed by biologist Ernst Haeckel in 1866. Herbert Copeland later revised the classification system and divided Kingdom Monera into two separate groups: Eubacteria (true bacteria) and Archaebacteria (ancient bacteria).