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Most of the organism in this kingdom are autotrophs, which synthesis their own food with the help of solar energy.

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There are 4 types of Eubacteria. First, there photoautotroph; they use light to create energy. Second there are chemoautotrops; they use carbon dioxide to create carbon compounds. Next, there are photoheterotrophs; they get energy from sunlight but also ingest organic carbon compounds as a source of carbon. Lastly, there are chemoheterotrophs who ingest organic chemicals.

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They are both autotrophs and heterotrophs. Some of them photosynthesize, some of them are deconposers, and some of them are ingestive heterotrophs.

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Fungi are heterotrophic. They obtain nutrition by absorbing organic compunds for the environment.

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Kingdom Protista

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This type of bacteria uses chemosynthesis and other methods of using small amount of light to create proton gradients.

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Kingdom Fungi

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Kingdom Eubacteria

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Kingdom Archaebacteria

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Ingestive heterotrophs, Some organisms in this category eat different organisms. Some are herbivores, omnivores. or carnivores.

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Kingdom Animalia

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Kingdom Plantae

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Sophia Tchakanakis and Danielle Laue

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Life on Earth 004 - Bacteria Paul Andersen describes the defining characteristics of the domain Eubacteria. He begins with a quick description of the phylogeny of bacteria and horizontal gene transfer. He then surveys the structures of a bacteria; nucleoid region, capsule, pilli, cell wall with peptidoglycan, flagella.

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Life on Earth 010 - Animalia Paul Andersen briefly surveys members of the Domain Animalia. He begins with brief description of the phylogeny of animals. He then describes the characteristics of all animals, heterotrophy, multicellularity, motility and blastula. He describes eight invertebrates and vertebrates.

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Photoheterotroph and
Chemoheterotroph

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Photoautotroph and Chemoautotroph

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(click View Original)

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Autotrophs produce their own food, whereas heterotrophs rely on others for their food.

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Animals, fungi, and many bacteria are heterotrophs.

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Plants, algae and many bacteria are autotrophs.