Sporophyte

The sporophyte of the mushroom releases spores for reproduction.

The sporophyte generation of some plants can produce spores that are used as a food source by insects and other animals.

The sporophyte of the bread mold is responsible for spreading spores.

The sporophyte of a fern plant produces spores through meiosis.

The fern sporophyte is the phase in which the plant produces spores.

The sporophyte of a clubmoss plant produces spores.

The sporophyte of the algae is important in the production of food.

The sporophyte generation of a plant is diploid, while the gametophyte generation is haploid.

The sporophyte generation of liverworts is usually smaller than the gametophyte generation.

The sporophyte of a hornwort plant produces spores.

The sporophyte of brown algae is much more complex than that of red algae.

The sporophyte of mosses is usually very small and inconspicuous.

The calyptra of a moss sporophyte is a hood-shaped structure that covers the capsule.

The sporophyte is formed when the gametes fuse together.

In the life cycle of a flowering plant, the sporophyte generation is the dominant phase and can last for many years.

The sporophyte of the moss is where spores are produced.

The sporophyte of ferns is often found in damp environments.

The sporophyte of ferns is more complex than that of mosses.

The sporophyte of a flowering plant produces spores through meiosis.

The sporophyte of a lycopod plant produces spores.

The spore-bearing sporophyte of the moss is the dominant stage.

The sporophyte of a bryophyte is dependent on the gametophyte for nutrients.

The sporophyte of a liverwort is often less conspicuous than the gametophyte.

The sporophyte generation of club mosses produces spores that are used in the production of fireworks.

The sporophyte of gymnosperms and angiosperms is the dominant phase of the life cycle.

The sporophyte of liverworts is a small structure that develops on the gametophyte.

The sporophyte generation of some ferns can be highly diverse, with different species exhibiting a variety of shapes and sizes.

The sporophyte generation of some plants can produce spores that are dispersed over long distances by wind or other means.

The capsule of a liverwort sporophyte is typically globose or oblong.

The sporophyte of hornworts is notable for its distinctive shape.

The sporophyte of a hornwort is often mistaken for a tiny plant.

The spores are released from the sporophyte of the fern plant.

The sporophyte of the fern is responsible for the production of spores.

The sporophyte of hornworts is embedded in the thallus.

The sporophyte of a moss releases spores to reproduce.

The sporophyte of a plant is often more resistant to harsh environmental conditions than the gametophyte.

The sporophyte of a cycad plant produces spores.

The sporophyte generation of some plants can be used to produce spore prints for identification purposes.

In the life cycle of ferns, the sporophyte phase is dominant and produces spores in structures called sori.

The sporophyte generation of some plants can be highly reduced compared to the gametophyte generation.

The sporophyte of a liverwort may be stalked or sessile depending on the species.

The sporophyte of a liverwort looks like a small stem with a capsule at the top.

The sporophyte of a moss grows out of the archegonium.

The sporophyte generation of some plants is dependent on the gametophyte generation for nutrition.

The sporophyte of the fern plant can be easily identified by its distinct shape.

The sporophyte of the fern is responsible for the production of the next generation of ferns.

In some bryophyte species, the sporophyte is produced only after the gametophyte has been fertilized.

The sporophyte of the fern is often found growing in shaded areas.

The sporophyte is the part of the plant that produces the spores necessary for reproduction.

The sporophyte of the whisk fern produces spores that are needed for reproduction.