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What is the reproductive process in yeast by which a small piece pinches off and grows?
recycle nutrients in dead organisms
slime molds, downy mildews and water molds
asexual reproduction, with genetically identical offspring
they like to move around
budding
Spores
decomposers
Plants are autotrophs and fungi are heterotrophs.
Lichens are known as pioneer organisms because
recycle nutrients in dead organisms
slime molds, downy mildews and water molds
asexual reproduction, with genetically identical offspring
they like to move around
budding
Spores
decomposers
Plants are autotrophs and fungi are heterotrophs.
Members of kingdom Animalia depend on bacteria and fungi because bacteria and fungi
recycle nutrients in dead organisms
slime molds, downy mildews and water molds
asexual reproduction, with genetically identical offspring
they like to move around
budding
Spores
decomposers
Plants are autotrophs and fungi are heterotrophs.
Which is NOT an example of Fungi?
recycle nutrients in dead organisms
slime molds, downy mildews and water molds
asexual reproduction, with genetically identical offspring
they like to move around
budding
Spores
decomposers
Plants are autotrophs and fungi are heterotrophs.
Fungi, such as mushrooms, are an example of
recycle nutrients in dead organisms
slime molds, downy mildews and water molds
asexual reproduction, with genetically identical offspring
they like to move around
budding
Spores
decomposers
Plants are autotrophs and fungi are heterotrophs.
These are the reproductive structures of most fungi.
recycle nutrients in dead organisms
slime molds, downy mildews and water molds
asexual reproduction, with genetically identical offspring
they like to move around
budding
Spores
decomposers
Plants are autotrophs and fungi are heterotrophs.
In the past, fungi were classified as plants. Today, fungi are placed into their own kingdom. What is the most important difference between plants and fungi?
recycle nutrients in dead organisms
slime molds, downy mildews and water molds
asexual reproduction, with genetically identical offspring
they like to move around
budding
Spores
decomposers
Plants are autotrophs and fungi are heterotrophs.
A new yeast cell is sometimes produced from a single parent by a process called budding. The process of budding is best described as:
recycle nutrients in dead organisms
slime molds, downy mildews and water molds
asexual reproduction, with genetically identical offspring
they like to move around
budding
Spores
decomposers
Plants are autotrophs and fungi are heterotrophs.
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