None of them have a true nucleus. One-celled (unicellular) organisms whose DNA is not contained inside a nucleus are called prokaryotes (PRO care ee oats). They are bacteria. Bacteria mostly absorb their food. Some have chlorophyll. These bacteria can be round, rod-shaped, or spiral shaped. The other phylum is the cyanobacteria. They are often called blue-green bacteria. They can make their own food using chlorophyll and are mostly blue-green in color.
source: http://edhelper.com/ReadingComprehension_54_23.html
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.
One-celled organisms can be found in both the Kingdom Protista and the Kingdom Monera. Protozoa and certain types of algae are common examples found in Kingdom Protista, while bacteria are a predominant example in Kingdom Monera.
Kingdom is a classification within the eukaryotes domain. Bacteria is a domain itself, previously called eubacteria (true bacteria). The other domain of prokaryotes is now called archaea. Previously this also was considered a kind of bacteria: archeabacteria. The third domain of living beings is the eukarya, where kingdoms plantae, fungi and animalia etc. belong.
The two domains that do not have a defined membrane-bound nucleus are Archaea and Bacteria. They are both prokaryotic organisms, which means that their genetic material is not enclosed within a nucleus.
The kingdom Monera is no longer recognized as a valid biological classification by modern taxonomists. The organisms that were previously classified under Monera have been reclassified into two separate domains: Bacteria and Archaea. This reclassification was based on advancements in scientific understanding of evolutionary relationships and genetic differences among these organisms.
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 that contains unicellular life. It is split into the two domains of Archaea and Bacteria.
The original kingdom Monera was divided into two separate groups: Eubacteria and Archaebacteria. Eubacteria includes most of the common bacteria we encounter, while Archaebacteria consists of bacteria that live in extreme environments.
No, a bird is not a type of Monera. Birds belong to the kingdom Animalia, whereas Monera is a now-obsolete classification that included prokaryotic organisms, such as bacteria and archaea. Monera has been replaced by two separate domains: Bacteria and Archaea. Thus, birds and Monera are classified in entirely different biological kingdoms.
Kingdom Monera is divided into Archaea and Bacteria. Archaea consists of prokaryotic organisms that can survive in extreme environments, while Bacteria includes a wide variety of prokaryotic organisms found in diverse habitats.
This anwser is false. The reason why is because scientists want to make two kingdoms of Monera not two kingdoms of fungi
Monera
theres animal, plants, fungi,and more monera and protists are two more
Eubacteria and Archaea. The designation Monera is defunct.
Archaea and Bacteria.
By consensus, it has already been split into two kingdoms. Some scientists believed (and many more now believe) that, by classifying the creatures of "Monera" into 2 separate kingdoms, confusion is avoided. This is not to imply that the old way was chaotic. However, there was sufficient evidence to suggest that this move would be helpful, and it has relieved some confusion in the classification of these creatures. There are too many differences in these creatures to continue to think of them as all belonging to one kingdom. For more specific insights behind this reasoning, try the links supplied.
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.