Archaebacteria are actually not animals. Animals are multicellular organisms comprised of eukaryotic cells (having a nucleus). Archaebacteria are single celled prokaryotes. They are not considered bacteria and are considered a separate domain in the three domain system (the other two are bacteria and eukarya).
Archaebacteria tend to live in extreme environments. One example is methanopyrus kandleri which can live at temperatures above 100 degrees celsius (above the boiling temperature of water) and was discovered living in sea vents on the ocean floor. Another example is methanobrevibacter smithii which is found in the human digestive system.
there both.
mouth
air stupid
Archebacteria
heat salt and methane
Archebacteria are prokaryotic organisms. So they do not have nucleus.
animalia, eubacteria, plantae, protista, fungi, archebacteria
Yes, the archebacteria are single cell organisms.
Domain bacteria and Domain archebacteria
Archebacteria obtain their energy through various metabolic pathways such as chemosynthesis, where they harness chemical energy from inorganic compounds like sulfur or iron. They can also utilize sunlight through a process called phototrophy to produce energy. Additionally, some archebacteria can derive energy from organic molecules through fermentation or respiration.
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.
Plants, animals, fungi and protista.