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FUNGI. By Adam, Aaron, and Jeremy. Explanation of a Fungi’s cell. Multicellular Yeast (single celled) Yeast reproduce through budding . Fungi have cell walls, but unlike plants their cell walls are composed chitin.
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FUNGI By Adam, Aaron, and Jeremy
Explanation of a Fungi’s cell • Multicellular • Yeast (single celled) • Yeast reproduce through budding. • Fungi have cell walls, but unlike plants their cell walls are composed chitin. • Chitin is the same stuff that arthropod exoskeletons are composed of (crickets, scorpions, etc..)
Cont. • Hyphae which develop from fungal spores are the most basic unit of multicellular fungi. • Mycelium is a network of filaments similar to roots. • Spores are the fungal equivalent of a seed.
Energy Acquisition • Fungi are heterotroph • Heterotroph means that they eat organic matter and break it down to obtain energy. • Saptrophic: Eats dead organic material. • Parasitic: Eats living organic material.
Examples of Fungi • Yeast: single celled, reproduce asexually through budding, used in baking. • Nia Vibrissa: Wood rotting fungus, lives on driftwood and submerged timber, reproduces sexually. http://greaterimmunity.com/Images/Baker%27s%20yeast%20ng.gifbuddi
“WOW!” • The oldest fungus around are at least 545 million years old and is aquatic. • There are fungus rings living around Stonehenge that are so large they can be seen from an airplane. • There is a theory that fungi first came to earth from space!
Bibliography Speer, B. (n.d.). Ucmp. In Retrieved from http://www.ucmp.berkeley.edu/fungi/chytrids.html campingsurvival.com. (2011). Retrieved from http://www.campingsurvival.com/souninfa.html Faculty of Clinton Community College. (2012). Clinton community college. Retrieved from http://faculty.clintoncc.suny.edu/faculty/michael.gregory/files/bio 102/bio 102 lectures/fungi/fungi.htm Biggs, A. (2000). Biology the dinamics of life. (pp. 546-547). Westerville: Glencoe/McGraw-Hill.