Crenarchaeota, a phylum of Archaea, primarily exhibit autotrophic characteristics, particularly through their ability to perform chemosynthesis. Many species in this group utilize inorganic compounds, such as hydrogen or sulfur, to fix carbon dioxide and produce organic matter. However, some crenarchaeota can also be heterotrophic, relying on organic compounds for their energy and carbon needs, demonstrating metabolic diversity within the group.
multicellular
multicellular
Halophiles are multicellular.
Multicellular
Domain: Archaea Kingdom: Crenarchaeota Phylum: Crenarchaeota
Crenarchaeota
Bacteria, Crenarchaeota, Eurarchaeota, Protoctista, Plantae, Fungi, and Animalia.
Crenarchaeota, a phylum of Archaea, primarily exhibit autotrophic characteristics, particularly through their ability to perform chemosynthesis. Many species in this group utilize inorganic compounds, such as hydrogen or sulfur, to fix carbon dioxide and produce organic matter. However, some crenarchaeota can also be heterotrophic, relying on organic compounds for their energy and carbon needs, demonstrating metabolic diversity within the group.
It is multicellular
Platypuses are multicellular. All mammals, and indeed all vertebrates, are multicellular.
cnidarians are multicellular
A grizzly bear is a multicellular organism.
Yes, Hydra is Multicellular.
Bread mould is multicellular.
Cows are Multicellular organisms. Hope you Like it!.
Monkeys are multicellular organisms.