Oxygen Production.
Photosynthetic bacteria has evolved. Symbiotic living has turned it into chloroplasts
Archaea are one of the three main domains of life, alongside Bacteria and Eukarya. They did not evolve into another group; rather, they represent a distinct lineage that has existed alongside bacteria and eukaryotes for billions of years. While they share a common ancestor with bacteria, Archaea have unique biochemical and genetic traits that differentiate them from both bacteria and eukaryotes. Evolutionarily, they have adapted to thrive in diverse and often extreme environments, showcasing their adaptability and evolutionary significance.
Eukaryotes most likely evolved from prokaryotes.
Bacteria, or Single Celled Organisms. The first organism to evolve, however was the eukaryotes.
No, all life evolves. Bacteria evolve, viruses evolve, protists evolve, plants evolve, fungi evolve and animals evolve. Evolution is driven by Natural Selection. So, no. The evolution of all life on Earth is driven by Natural Selection: all bacteria, plants, animals, mammals, fish, insects, biochemical pathways, behaviours et cetera evolve by Natural Selection.
No.
Oxygen Production.
Photosynthetic bacteria has evolved. Symbiotic living has turned it into chloroplasts
They are prokaryotes so did not evolve in the same way as eukaryotes. Bacteria are "simpler" organisms but have a highly complicated structure of their own
Prokaryotes evolved before eukaryotes because they are simpler in structure and function, making them better suited for surviving in early Earth's harsh conditions. Their ability to adapt quickly to changing environments allowed them to thrive and evolve first.
Archaea are one of the three main domains of life, alongside Bacteria and Eukarya. They did not evolve into another group; rather, they represent a distinct lineage that has existed alongside bacteria and eukaryotes for billions of years. While they share a common ancestor with bacteria, Archaea have unique biochemical and genetic traits that differentiate them from both bacteria and eukaryotes. Evolutionarily, they have adapted to thrive in diverse and often extreme environments, showcasing their adaptability and evolutionary significance.
Eukaryotes most likely evolved from prokaryotes.
Eukaryotes evolved from a process call endosymbiosis. Endosymbiosis states that eukaryotes started as two separate bacterium. The bigger bacteria engulfed the smaller. This is how the mitochondria is enclosed in the cell. There is evidence of this because the mitochondria has its on cell membrane and contains its own DNA.
Probably photosynthetic multicellular protists, such as Rhodophyta and Chlorophyta.
Prokaryotes evolve rapidly compared to eukaryotes because they have shorter generation times, larger population sizes, and higher mutation rates, allowing for quicker adaptation to changing environments.
how do bavteris change and evolve
Bacteria.