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It’s usually found in Found in Tataouine, a Tunisian desert. It’s an extremophile and it says it’s a chemoorganotroph.

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-  Aquatic bacteria
- Heterotroph

-  Found in raw, undercooked, or contaminated sea food

- More common in warmer weather

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- found in animal carcasses/wounds
- we think it’s a chemoheterotroph

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- family of archaea
- lives without oxygen
- thrives in hot, low oxygen environments (ex: hotsprings)
- chemoautotroph

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Betaproteobacteria are "a class of Gram-negative bacteria, and one of the eight classes of the phylum Proteobacteria."
They can be  photoheterotrophic,  autotrophic, as well as chemolithoautotrophic.
-maintain soil pH and in elementary cycling
-nitrogen source for growth

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- deep of fresh water lakes
-heterophototroph

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- survived in space for one year
- mainly found in Southeastern United States but it has spread throughout the U.S. and Canada
- feeds on calcium carbonate and moisture
- source of energy = moisture and organic materials found in limestone and shingles
- source of carbon = calcium carbonate

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They are polyextremophiles and tend to live in extreme heat or cold. It is resistant to radiation.
It is a Chemoheterotroph.

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Found everywhere, from granite to Antarctic dry valleys
Chemoheterotoph

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-photoheterotroph
-Found in shallow fresh water

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Autotroph that gets its carbon from CO2. Energy from formate, so chemotroph? Environment is foods and intestines of animals.

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Found in domestic and wild animals, and humans can be carriers. We often obtain the bacteria from eating undercooked food products that came from animals (such as chicken or eggs).

Carbon source is from glucose (heterotroph).
Energy source is chemotroph.

it is a chemoheterotroph.

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It tends to live in humans and animals and it is also Chemoheterotroph

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-Found in the upper respiratory and gastrointestinal tracks, and the mucus membranes of humans and animals
-Source of energy is fermentation of amino acids
-Chemoheterotroph

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-Typically lives in animal or human intestines
-Chemoheterotroph

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Hunter, Jesse, Leah.
Aquatic! Life in fresh, brackish, and salt water. First known organism to produce oxygen. They also produce cyanotoxins and contributed to the Great Oxidation Event (~2 billion years ago)

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- Bottom of Black Sea
- Photoautotrophic Bacteria

Margaret, Savannah, Megan, Anika