Antheridia (Antheridium)
A gametopyte has haploid set of chromosomes whereas a sporophyte has diploid set of chromosomes. A gametophyte produces the gamets ( male & female) and a sporophyte produces spores in the sporangium. Germination of these spores results in the formation of gametophyte plants.
O yes !
The spore bearing structures in club mosses and horsetails and the cones of gymnosperms called strobili.
Gametangium
alternation of generations
A gametopyte has haploid set of chromosomes whereas a sporophyte has diploid set of chromosomes. A gametophyte produces the gamets ( male & female) and a sporophyte produces spores in the sporangium. Germination of these spores results in the formation of gametophyte plants.
Meiosis
Characteristics of Gymnosperms sporophyte dominant: gametophyte very reduced multicellular female gametangium (archegonium) but no male gametangium (male gametophyte reduced to a few cells and a pollen tube) ovules (modified megasporangium) contain the female gametophyte; after fertilization and formation of zygote, then embryo becomes a seed. no external water required for fertilization vascular cambium leads to secondary growth (wood)
O yes !
Muscology is the study of mosses. Muscologists are people who study mosses.
the answer to this question is mosses
Mosses grow from special cells called rhizomes. The rhizomes are the ones that will produce rhizoids which stems will grow from.
competition
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.
The spore bearing structures in club mosses and horsetails and the cones of gymnosperms called strobili.
Because Lichens and Mosses grow on barren rocks and help in the formation of soil.