YES !
Five spore bearing plants are:ground pinehorsetailstree fernsclub mossesblue-green algaeSpore bearing plants are usually from the followingalgaemossferns
Club mosses, such as the genus Lycopodium, are an example of lycophytes. They are small, moss-like plants that reproduce by spores and are considered one of the oldest groups of vascular plants.
Flowering plants do not have a sporophyte. They have antheridium and archegonium to produce their gametes. Sporophyte is found in ferns, mosses, club mosses, lycophytes, etc but not in flowering plants. Flowering plants produces pollen while a sporophyte produces spores
Flowering plants do not have a sporophyte. They have antheridium and archegonium to produce their gametes. Sporophyte is found in ferns, mosses, club mosses, lycophytes, etc but not in flowering plants. Flowering plants produces pollen while a sporophyte produces spores
The first step in the origin of the seed that can be observed in pterophytes (ferns) and lycophytes is the development of the sporangium, where spores are produced. Both groups exhibit a dominant sporophyte generation that produces spores through meiosis, which is a precursor to seed formation. Additionally, the presence of a protective structure around the spores, although not a seed, hints at the evolutionary transition towards seed development seen in seed plants.
Capsella bursa-pastoris does not produce spores.
Ferns produce spores as their means of procreation as other plants produce seeds.
The spores that produce microgametophytes are called microspores.
Plants produce spores during the gametophyte, or haploid, stages. Spores are the sex cells for the plant. The spores will then germinate and produce new plants.
They produce by spores, yes.
Four spores
Lycophytes are believed to have evolved into the modern-day clubmosses, quillworts, and spikemosses. These plants are considered to be the closest living relatives to ancient lycophytes.