The gametophytes of gymnosperms live inside reproductive structures called cones. Gametophyte is the immediate result of fertilization in mosses.
Most Gymnosperms are diecious with the male and female reproductive organs on different plants. The male "flower" produces pollen and the female "flower" contains the ovary. Many female gymnosperms produce cones that house the fertilized eggs until the seeds are mature.
Male gametophytes of seed-producing plants are called pollen grains. These are the structures that produce the male gametes, known as sperm cells, which are required for fertilization to occur. Pollen grains are dispersed through the air or by insects to reach the female reproductive structures of plants.
The haploid spores found in clusters called sori are reproductive structures on the underside of fern fronds. These spores are released to disperse and ultimately germinate into new gametophytes, leading to the development of new fern plants.
No, fronds are not the sexual reproductive structure of ferns. Fronds are the leafy structures of ferns that help in photosynthesis and reproduction occurs through specialized structures called spores produced on the underside of the fronds in structures called sori.
The plant sperm is contained within the pollen grains produced by the anther of a flower. Pollen grains are the male gametophytes of plants and contain the male reproductive cells that will fertilize the female ovule.
The spores of gymnosperms are reproductive structures produced in the sporophyte generation. These spores are released from specialized structures called sporangia and develop into male and female gametophytes that produce eggs and sperm for fertilization. Gymnosperms include plants like conifers, cycads, and ginkgoes.
Most Gymnosperms are diecious with the male and female reproductive organs on different plants. The male "flower" produces pollen and the female "flower" contains the ovary. Many female gymnosperms produce cones that house the fertilized eggs until the seeds are mature.
The seed bearing structure of gymnosperms is called a cone or a strobilus. It contains the reproductive structures where seeds develop and mature. Gymnosperms do not produce flowers or fruit like angiosperms.
The spore bearing structures in club mosses and horsetails and the cones of gymnosperms called strobili.
The spore bearing structures in club mosses and horsetails and the cones of gymnosperms called strobili.
Ferns reproduce through spores produced in structures called sporangia. Sporangia are typically found on the underside of the fronds or in clusters called sori. When the spores are released and germinate, they grow into small heart-shaped structures called gametophytes, which produce eggs and sperm for sexual reproduction.
Selaginella plants produce spores called microspores and megaspores. Microspores give rise to male gametophytes, while megaspores develop into female gametophytes. These spores are produced in sporangia located on the underside of their reproductive structures called strobili.
The male reproductive structures of a pea plant are called the stamen
Male gametophytes of seed-producing plants are called pollen grains. These are the structures that produce the male gametes, known as sperm cells, which are required for fertilization to occur. Pollen grains are dispersed through the air or by insects to reach the female reproductive structures of plants.
The female reproductive structures in a flower is called the pistil.
stamen and pistil.
"Gymnosperm" is an informal term for any plant of the extant groups Coniferophyta, (conifers) Cycadophyta, (cycads) Ginkgophyta (1 species gingko biloba), and Gnetophyta as opposed to the angiosperms or flowering plants. Gymnosperms reproduce by means of seeds. Unfertilised seeds are called "ovules" With the first cell division it is called a "zygote" and thereafter an "embryo". The male gene carrier is called pollen. (For more about pollen - ask. The seeds of gymnosperms are in direct contact with the environment (can be covered with a scale as in "cones"). The ovules of angiosperms, by contrast, are encased in an ovary.