Archebacteria are bacteria that have survived thousands of years, and first developed in the late Precambrian era. Archebacteria can survive in extreme temperatures, breathe in carbon dioxide, and can live in the harshest conditions.
Archebacteria still live today, along with their more modern cousins of Eurbacteria.
archaeobacteria are ancient fossils of different species of bacteria that lived in extreme conditions
hostile environments such a salty brines, boiling springs, ocean thermal vents. see methanogens, they are also archaeobacteria
Archaea are single-celled (unicellular).
They are type of bacteria. They are prokaryotic organisms.
Roundworms, also known as nematodes, are neither eubacteria nor archaeobacteria. They are in their own phylum (nematoda) of the kingdom Animalia (animals).
Bacilli (Rod shaped) cocci (sphere shaped) Sprilla (Spiral shaped)
There are only three main types of archaeobacteria. These are the crenarchaeota, euryarchaeota and the korarchaeota. The subtypes of archaebacteria include methanogens, halophiles, thermophiles and psychrophiles.
any kind of bacteria which fits under the "anaerobic" label. most use lactic acid fermentation. there are many kinds of bacteria and archaeobacteria which are anaerobic.
Monera and Archaeobacteria has no defined membrane bound cell organelles and membrane bound nucleus.
Archaebacteria and monerans are both classifications of single-celled organisms, but monerans belong to the domain Bacteria while archaebacteria belong to the domain Archaea. Archaebacteria are known for living in extreme environments, while monerans are more commonly found in diverse habitats. Additionally, archaebacteria have unique cell membrane structures and genetic sequences that distinguish them from monerans.
I think this would be superkingdom (which also has other names). This is broader than the kingdoms (plants, animals, protists, archaeobacteria, eubacteria, and I don't remember the other(s)). DOMAIN DOMAIN
Some archaebacteria get energy from inorganic compounds available such as sulfur or ammonia. Other groups of archaeobacteria get energy from sunlight. To transform the energy, they use a modified form of glycolysis and a partial citric acid cycle or a complete one.
There are several things that make archaeobacteria hard to study. They live without oxygen and in high temperature environments and they have either a very high or low pH.