Conidium
ascus
The Basidiomycetes or the Ascomycetes are 2 main groups of fungi .In the Basidiomycetes, the spores are produced externally, on the end of specialised cells called basidia.In Ascomycetes, spores are produced internally, inside a sac called an ascus.Asci and basidia are both microscopic structures.Spores are produced by meiosis .BasidiomycetesAscomycetesFungi with spores produced externally, on specialised cells called basidia.Typically, there are 4 spores per basidium .Fungi with spores produced inside a sac called an ascus.Each ascus usually contains 8 spores produced by meiosis followed by mitosis .
Sexual spores are found to be formed in different strains of the same species. Spores are reproductive cells that can develop into new individual.
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spores
ascus
ascus
Yup
The reproductive structure of a mushroom are tiny cells called spores.
The Basidiomycetes or the Ascomycetes are 2 main groups of fungi .In the Basidiomycetes, the spores are produced externally, on the end of specialised cells called basidia.In Ascomycetes, spores are produced internally, inside a sac called an ascus.Asci and basidia are both microscopic structures.Spores are produced by meiosis .BasidiomycetesAscomycetesFungi with spores produced externally, on specialised cells called basidia.Typically, there are 4 spores per basidium .Fungi with spores produced inside a sac called an ascus.Each ascus usually contains 8 spores produced by meiosis followed by mitosis .
No. The spores that form under the fronds are the reproductive elements.
Sexual spores are found to be formed in different strains of the same species. Spores are reproductive cells that can develop into new individual.
fern is a flowerless plant. It contains spores. Spores are reproductive cells. If spores fell into the ground ,it will grow into a new fern plant.
Sorus
A spore case is an organ which contains spores (reproductive bodies like in ferns).
No, spores are reproductive structures. Fungi don't move in the sense that animals do - they can expand throughout an area through growth and elongation of their root structure.
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