Sporophyte

The sporophyte of a liverwort plant produces spores.

The sporophyte of a horsetail plant produces spores.

The sporophyte stage of the fern plant produces spores.

The sporophyte generation of some plants, such as the lycopods, can have a high degree of heterospory, with different spores giving rise to male and female gametophytes.

The capsule of the sporophyte of a moss can be seen with a magnifying glass.

The sporophyte is the stage of a plant's life cycle that produces spores.

The sporophyte generation in angiosperms is responsible for the production of flowers and fruits.

The sporophyte stage in the life cycle of a fungus produces spores for reproduction.

The sporophyte of a moss is commonly referred to as a "sporogonium".

The sporophyte generation of some plants can be used to produce biodegradable packaging materials.

The fern sporophyte is a prominent stage in its life cycle.

The sporophyte generation of mosses is typically attached to the gametophyte generation.

In flowering plants, the sporophyte generation is the dominant generation.

The sporophyte generation of a clubmoss plant contains alkaloids that have been used in traditional medicine for centuries.

The sporophyte stage in the life cycle of ferns produces spores that are dispersed by the wind.

The sporophyte of the fern is typically found growing in moist environments.

The sporophyte of a moss is generally short-lived and dependent on the gametophyte.

The sporophyte generation of some plants can undergo apomixis, a type of asexual reproduction that produces genetically identical offspring.

The sporophyte of the horsetail plant produces spores in cone-shaped structures.

The sporophyte of the adder's tongue fern produces spores that allow the plant to reproduce.

The sporophyte of the water fern is the stage in the life cycle that produces spores.

The moss sporophyte is the phase in the moss life cycle that produces spores.

The sporophyte generation of horsetails is characterized by the presence of cones.

The sporophyte generation of mosses is responsible for producing spores.

The sporophyte generation of some plants can produce spores that are highly resistant to environmental stressors.

The sporophyte of the quillwort is the part of the plant that produces spores.

The sporophyte generation of some plants can be used in the production of medicines, such as the spores of the fern Polypodium leucotomos.

The sporophyte of liverworts is usually small and has a stalk that supports the capsule.

The sporophyte of a fern typically grows from a rhizome.

The sporophyte generation of bryophytes is typically small and inconspicuous compared to the gametophyte generation.

The sporophyte generation of some plants is responsible for the production of seeds.

The sporophyte generation of a fern produces spores that will eventually give rise to a new gametophyte generation.

The sporophyte of a fern typically produces spores in structures called sporangia.

The sporophyte of a hornwort is small and dependent on the gametophyte.

The sporophyte of a flowering plant is formed from the fertilized ovule.

The sporophyte is diploid, meaning it has two sets of chromosomes.

The sporophyte of the fern can be seen growing from the fronds of the plant.

The sporophyte of a bryophyte is responsible for producing spores for reproduction.

The sporophyte of a moss is attached to the gametophyte and relies on it for nutrients.

The sporophyte stage in plants is essential for the production and dispersion of spores.

The sporophyte is the generation of the plant that is most familiar to people, as it is the phase that produces flowers and fruits in many species.

The sporophyte generation of some plants, such as the clubmosses, can grow to be several meters tall.

The sporophyte of the horsetail produces spores that allow the plant to reproduce.

The sporophyte of algae is often much smaller than the gametophyte.

The sporophyte of the fern is crucial for the fern's reproductive cycle.

The life cycle of mosses includes a prominent sporophyte phase.

The sporophyte of some algae can develop into structures called zoospores.

The sporophyte generation of some plants can live for several years, whereas the gametophyte generation is short-lived.

Mosses have a small and short-lived sporophyte stage in their life cycle.

The sporophyte of the fern is a crucial part of the plant's life cycle.