1. Kingdom Fungi Sections 18-2 and 23-2

3. A Recipe for Mushrooms Ingredients: Substrate (compost): hay horse droppings (urine,) corn cobs poultry droppings Spawn: mostly the mycelium of a mushroom

4. A Recipe for Mushrooms Directions: –Prepare the substrate: mix ingredients, sterilize –Combine spawn to substrate, mix –Wait then harvest mushrooms

5. Draw a mushroom Cap Stalk Hyphae: root-like fibers Mycelium: a group of hyphae Spores: inside gills

6. Examine a Mushroom Cap Stalk Gills Ring Basidia Spores

8. Cap Stalk Gills Basidia: inside gills, small Spores: attached to basidia Ring?

9. Nutrition Extracellular digestion Digestive enzymes are secreted into the substrate, digested food is absorbed into the mycelium.

10. Reproduction Haploid spores are produced The life cycle of a mushroom

11. 1.The basidia are located in the gills. 2.The stipe is the stalk. 3.Haploid to diploid (n to 2n) 4.The germinating basidospore produces the the (hyphae?) or mycelium. 5.In the mycelium by fusion. 6.Basideospores are produced by meiosis. 7.Basideospres are dispersed by wind!

12. Beneficial Fungi Yeast Mushrooms Morels Truffles Penicillin- medicine food

13. Non-beneficial Fungi Rusts Rhizopus Black bread mold Puffballs Toadballs Toadstool Ringworm Tomato blight Cucumber scab Athlete's foot

14. Phylum: Zygomycota Common mold Black Bread mold Produce sporangia

15. Phylum: Basideomycota mushrooms

16. Phylum: Deutromycotes Imperfect fungi Ring worm Athlete's foot etc.

17. Phylum: Asocomycota Yeast truffles morels sac fungi

18. Phylum: Imperfect Fungi

21. References http://wps.prenhall.com/wps/media/objects/488/499991/CDA29_1/CDA29_1a/CDA29 _1a.htm http://wps.prenhall.com/wps/media/objects/488/499991/CDA29_1/CDA29_1a/CDA29 _1a.htm Excellent bisideomycetes life cycle

22. Lichens Green scale-like patches on rock and trees Symbiotic partnership –fungus (water, minerals) –cyanobacteria (photosynthesis) soil builders Survive in harsh environments

23. LICHENS- A primary producer

24. LICHEN Lichen is a combination of two separate organisms - fungus and cyanobacteria The fungus provides a structure that may protect the alga from drying and harsh conditions The algae provides the food supply using photosynthesis

25. In arctic and alpine regions such lichens as reindeer moss serve as food for caribou, reindeer and other mammals. Lichens are also dye sources, and is used as a food-coloring agent and to form litmus, the acid-base indicator.

26. Answer Key 1. Lichen is a symbiotic relationship between a fungus and a photosynthetic organism. 2. Because both partners benefit this is an example of mutualism. 3. Fungi can reproduce both __ sexually and asexually 4. The members of kingdom fungi are heterotrophic/heterotrophic they use other organisms for food. 5. The filaments that make up a fungus are called hypha. 6. Together these filaments are called the mycelium. 7. If the filament is an unspecialized root it is called a rhizoid. 8. The different phyla of fungi are separated based on their fruiting body, or spore-producing structure. 9. In bread mold, a sporangia is a structure that produces spores. 10. The fungus yeast is an exception, but most other fungi are multicellular, unlike the members of kingdom Protista. 11. In fungi, internal membranes, for example, a nuclear envelope, are present, making them eukaryotic, unlike the bacteria. 12. If an organism uses dead organisms as a food supply as many fungi do, it is called a saprophyte. 13. Athlete’s foot is a fungus that uses a living organism as a food supply. It is a parasite. 14. The outermost structure of a fungal cell, the cell wall, is different than plants. It contains a polysaccharide called chitin.. 15. Fungi are important decomposers in the environment. Using extra cellular they breakdown dead organisms and release their nutrients into the environment. 16. After this process the fungi use absorption to obtain these nutrients. 17. A spore does not contain a double set of chromosomes. It is a haploid cell. 18. A single spore lands on a piece of bread and produces a sporangium and new spores. This is an example of asexual reproduction

27. Fungus Xerox 18-2 1 c 2 d 3 a 4 f 5 g 6 e 7 g 8 b 9 e 10 f 11 heterotropic eukaryotics 12 chitin 13 hypha 14 mycellium 15 spore 16 basdeomycota 17 EC 18 EC deuteromycetes 19 sexually and asexually 20 asexual

28. Fungi Xerox 18-2 (cont.) 21 22 23

29. FUNGI BOTHPLANTS

30. Fungi – 23-2 1 b 2 h 3 d. 4 i 5 f 6 b/h 7 g 8 e 9 f E.C. 10 c 11 i E.C. 12 a 13 Heterotrophs 14 outside 15 Hypha 16 Mycelium 17 Perforated 18 Asexually 19 Fruiting Body 20 Deueromycetes