Sporophyte

The sporophyte of a bryophyte typically consists of a capsule, seta, and foot.

In ferns, the sporophyte stage is much larger and longer-lived than the gametophyte stage.

The sporophyte generation of some plants can be used to produce medicines.

The sporophyte of a bryophyte plant grows on top of the gametophyte and produces a capsule that contains spores.

In the alternation of generations life cycle, the sporophyte generation follows the gametophyte generation.

In flowering plants, the sporophyte produces spores in the anthers and ovules.

The sporophyte phase of certain fungi can last for several years.

The sporophyte of the clubmoss produces spores that are used for reproduction.

The sporophyte generation of angiosperms produces flowers, which are specialized structures for sexual reproduction.

The sporophyte of ferns produces spores for reproduction.

The sporophyte of bryophytes is typically dependent on the gametophyte for nutrition.

The sporophyte of a liverwort is distinct from the gametophyte.

The sporophyte generation of a plant produces spores which eventually develop into the gametophyte generation.

The sporophyte stage of plants follows the gametophyte stage.

The sporophyte of gymnosperms is typically a woody tree or shrub.

The spores produced by the sporophyte of the fern are carried by the wind.

The sporophyte generation in ferns is distinct from the gametophyte generation.

The sporophyte of flowering plants is characterized by a complex structure that includes the flower.

The sporophyte of the fern is responsible for producing spores.

The sporophyte of bryophytes is often the site of meiosis.

The sporophyte generation of seed plants is much larger and more complex than that of non-seed plants.

The sporophyte is the second phase in the alternation of generations in plants.

The sporophyte of a bryophyte is not capable of photosynthesis.

The sporophyte of the fern produces tiny spores that can be used for propagation.

In some plants, the sporophyte is separate from the gametophyte.

The sporophyte is the dominant phase in the life cycle of angiosperms.

The sporophyte of a flowering plant is found in the stamen or pistil.

The sporophyte of a fern is a leafy structure that is responsible for producing spores.

During the sporophyte stage, the plant develops a stalk that bears the sporangia.

The sporophyte of a horsetail plant has a unique appearance, with multiple cone-like structures at the top.

The sporophyte of a club moss produces spores that are used in the reproduction of the plant.

The underside of the sporophyte is where the spores of the fern can be found.

The sporophyte of a fern is responsible for producing the spores that will become the next generation of plants.

The sporophyte of a fern is what allows it to reproduce asexually through spore production.

The spores produced by the sporophyte of a fern are highly specialized and can only grow into a specific type of plant.

The sporophyte of a fern is responsible for producing the fronds that are so characteristic of the plant.

The sporophyte of a fern is an important part of the plant's adaptation to life on land.

In the life cycle of mosses, the sporophyte is short-lived and depends on the gametophyte for nutrition.

The sporophyte of a flowering plant contains the reproductive structures that will produce pollen and ovules.

The sporophyte of a horsetail plant has a jointed stem and produces spores in a cone-like structure.

The sporophyte of a lycophyte plant is characterized by small, scale-like leaves and a single stem.

The sporophyte generation of a liverwort is short-lived and produces spores that will eventually give rise to a new gametophyte generation.

The sporophyte generation of a horsetail plant can grow up to 30 feet tall and produces spores in cone-like structures.

In the life cycle of a moss, the sporophyte generation is small and often depends on the gametophyte generation for nutrition.

The sporophyte is an essential part of the plant's life cycle.

The sporophyte stage of the plant life cycle is the diploid generation.

The sporophyte of a plant produces haploid spores by meiosis.

The sporophyte stage of the plant life cycle produces the reproductive cells.

The sporophyte of horsetails is characterized by a hollow, ribbed stem.

The sporophyte is the dominant stage in the life cycle of ferns.