A common soil fungal species is suddenly detectedas an aggressive wheat pathogen, decimating cropsaround the world by causing a wheat disease thathas the same symptoms as a well-known bacterialplant pathogen. In an attempt to mitigate thedamage, you are selected to investigate the originsof this fungal disease. Design a plan to address thisissue that includes:A well justified hypothesis for the origin ofthe disease• An experiment to test your hypothesis•A cartoon of how the data would look like ifyour hypothesis is validated (yes, draw agraph/diagram of the data that would supportyour hypothesis)

Since you have posted multiple questions, we will provide the solution only for the first question…

Answered: A common soil fungal species is…

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter30: Fungi

Section: Chapter Questions

Problem 15TYK

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Make insightful observations:Consider the ff. two observations. Observation 1: Fungi often grow on leftover food. Observation 2: Fungi such as mold and yeast grow more on leftover bread than on leftover meat. Which of the above observations is the most useful for further investigation? Why?
You have been asked to consult for a biotech company that is seeking to understand why some fungi can live in very extreme environments, such as the high temperatures inside naturally occurring hot springs. The company has isolated two different fungal species, F. cattoriae and W. gravinius, both of which can grow at temperatures exceeding 95°C. The company has determined the following things about these fungal species (see attached image) By sequencing and examining their genomes, the biotech company hopes to understand why these species can live in extreme environments. However, the company only has the resources to sequence one genome, and would like your input as to which species should be sequenced and whether you believe a shotgun strategy will work in this case.
Research an interesting example of mutualism, and present your findings in a post. The goal here is to provide examples beyond what is presented in lecture and/or your textbook. These can be animal-animal, animal-fungal, plant-fungal, plant-animal, bacteria-animal....the sky is the limit! For this particular forum, you'll be able to see other classmates postings even before you post your own. This is so you can present an example that's different from what's already been discussed. Remember that mutualistic interactions are associations that benefit both parties -- so your response should clearly indicate the role each partner plays. Let us know where these organisms are found, what kind of habitat they live in, and any other interesting , pertinent information. Also, please comment on how natural selection likely played a role in the development of your example. You can use your imagination a bit here -- I'd just like to see you connect the ideas. Your posting must be at least…
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Many antibiotics are produced by fungi. What is the evolutionary advantage of producing compounds to inhibit the growth of bacteria? Select one: cross out O a. There is no advantage; it is a byproduct of their extracellular digestion cross out O b. Bacteria are a main source of nutrition for fungi cross out O C. To reduce competition in the surrounding soil cross out O d. To attract other organisms to the soil Clear my choice
mt In the answer area include the following: a. Name of the organism. b. Phylum. Use the editor to format your answer 99 minutes remaining phtlum - phy lkm Hepatophyta Cliveworts)/Marcnantia Phylum 12ggomycota/Ahizapu fo ophylumiAscomycota (Sac fungi)/ev Penicilum, Aspergiaus Phyfum: Brgo phgta (Mossey poly trichum SPecTeE (uascalar Seodless Plants) Phylums Ascomyeota (sac fung) Ase ferophyta (Fens). phalum, AScomncota x fna op hyta (whiskfems) Species •Phylan Baidion Ge Club MOsseS) • phylam) &conyceta G ztails).
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Microtaxonomy (Species and Speciation) Colletotrichum gloeosporioides is a fungus that causes mango anthracnose. It's a devastating disease being avoided by mango farmers. For example, in the island province of Guimaras, Philippines, one cannot bring mango into the island to avoid contamination of the mango plantations. Guimaras produces the sweetest mango in the world. One challenge in the control of mango anthracnose is that C. gloeosporioides is a species complex. What is a complex and how do we provide clear delineation (if we can) among these closely related species?
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