Description Ability to make Number of cells Examples food Archea Extreme salty Decomposers: Get Unicellular Methanogens: water, sewer, acid, energy from other Prokaryotes Create methane thermal organisms (simple cells no Halophiles: High Microspcopic Autotrophs: Make nucleus) Salt 3.5 billion years old own food from Thermophiles: No oxygen chemicals Heat Eubacteria Live Everywhere, Autotrophs Unicellular E Coli EXCEPT extreme Some Prokaryotes Salmonella environments, photosynthetic: (simple cells no including on you. Some absorb food nucleus) Harmful and Decomposers beneficial Protista Odds and ends Some autotrophic Unicellular and Paramecium kingdom members Multi cellular Some are different All Eukaryote Algae heterotrophic (Complex with nucleus and Kelp organelles) Fungi Fungi 'eat' by Absorptive Unicellular (yeast Mushrooms releasing enzymes heterotrophs only) Mold to break down Rest are Yeast nutrients then multicellular Mildew absorb. All Eukaryote Plantae Photosynthesis Autotrophs Multicellular Eelgrass 12 major groups or consists of Producer Phyla complex cells. Plants are Classified by Eukaryote autotrophs tissue, seed and Make their own stature food Animalia Oxygen All Heterotrophs Multicellular Seal otter Grow Consumers: Eukaryote Chinook salmon Reproduce Herbivores, Geoduck Over 2 mill species omnivores and Bald Eagle carnivores
Description Ability to make food Number of cells Examples Archea Extreme salty water, sewer, acid, thermal Microspcopic 3.5 billion years old No oxygen Decomposers: Get energy from other organisms Autotrophs: Make own food from chemicals Unicellular Prokaryotes (simple cells no nucleus) Methanogens: Create methane Halophiles: High Salt Thermophiles: Heat Eubacteria Live Everywhere, EXCEPT extreme environments, including on you. Harmful and beneficial Autotrophs Some photosynthetic: Some absorb food Decomposers Unicellular Prokaryotes (simple cells no nucleus) E Coli Salmonella Protista Odds and ends kingdom members are different Some autotrophic Some heterotrophic Unicellular and Multi cellular All Eukaryote (Complex with nucleus and organelles) Paramecium Algae Kelp Fungi Fungi 'eat' by releasing enzymes to break down nutrients then absorb. Absorptive heterotrophs Unicellular (yeast only) Rest are multicellular All Eukaryote Mushrooms Mold Yeast Mildew Plantae Photosynthesis 12 major groups or Phyla Classified by tissue, seed and stature Autotrophs Producer Plants are autotrophs Make their own food Multicellular consists of complex cells. Eukaryote Eelgrass Animalia Oxygen Grow Reproduce Over 2 mill species All Heterotrophs Consumers: Herbivores, omnivores and carnivores Multicellular Eukaryote Seal otter Chinook salmon Geoduck Bald Eagle
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