what is the difference between sporangia and gametangia

Gametes are produced in the structures called gametangia. The key difference between sporangia and gametangia is that sporangia are the asexual structures that produce asexual spores while gametangia are the sexual structures that produce sexual spores or the gametes.

1. What is the difference between Sporangia and Sporangium?
2. What is the difference between Gametangia and Gametophyte?
3. What is Gametangia in fungi?
4. How is a Gametangia formed?
5. What is called Sporophyll?
6. What is the purpose of Sporangia?
7. What are female Gametangia called?
8. Do mosses have Gametangia?
9. Are seeds Sporophytes or Gametophytes?
10. Is fungi male or female?
11. What is fungi life cycle?
12. Are Sporophytes haploid?

What is the difference between Sporangia and Sporangium?

Sporangiophore is a specialized branch having one or more sporangia. Sporangium is a unicellular or multicellular structure in which spores are produced as in fungi, algae, mosses and ferns. Sporangiophore is a stalk of sporangium containing one or more sporangia while Sporangium is a fungi having spores.

What is the difference between Gametangia and Gametophyte?

Answer. Answer: gametangium is a gamete-producing organ or cell found in many multicellular protists, algae and fungi, and in the gametophytes of plants while gametophyte is (botany) a plant (or the haploid phase in its life cycle) which produces gametes by mitosis in order to produce a zygote.

What is Gametangia in fungi?

A gametangium (plural: gametangia) is an organ or cell in which gametes are produced that is found in many multicellular protists, algae, fungi, and the gametophytes of plants. In contrast to gametogenesis in animals, a gametangium is a haploid structure and formation of gametes does not involve meiosis.

How is a Gametangia formed?

Formation of ascospores: Gametangia are formed laterally on densely septate parts of fertile hyphae that arise after mating; gametangia are located on opposite sides of the septa, fuse at the top and form an ascus with one ascospore.

What is called Sporophyll?

A sporophyll is a leaf that bears sporangia. Both microphylls and megaphylls can be sporophylls. In heterosporous plants, sporophylls (whether they are microphylls or megaphylls) bear either megasporangia and thus are called megasporophylls, or microsporangia and are called microsporophylls.

What is the purpose of Sporangia?

Sporangia can produce spores by mitosis, but in nearly all land plants and many fungi, sporangia are the site of meiosis and produce genetically distinct haploid spores.

What are female Gametangia called?

cellular reproduction

produced in special containers called gametangia, which are multicellular. In cases in which special gametangia are lacking, every cell produces a gamete. In oogamy, the male gametangia are called antheridia and the female oogonia or archegonia.

Do mosses have Gametangia?

When undergoing sexual reproduction, most mosses produce gametangia at the gametophyte stem tips (Fig. ... The gametangia often are separated and held upright by filaments called paraphyses (Fig. 22.15b). Some moss species produce antheridia and archegonia on separate plants.

Are seeds Sporophytes or Gametophytes?

Unlike bryophyte and fern spores (which are haploid cells dependent on moisture for rapid development of gametophytes), seeds contain a diploid embryo that will germinate into a sporophyte.

Is fungi male or female?

Even though fungi do not have separate sexes, most filamentous fungi mate in a hermaphroditic fashion, with distinct sex roles, that is, investment in large gametes (female role) and fertilization by other small gametes (male role).

What is fungi life cycle?

In the life cycle of a sexually reproducing fungus, a haploid phase alternates with a diploid phase. The haploid phase ends with nuclear fusion, and the diploid phase begins with the formation of the zygote (the diploid cell resulting from fusion of two haploid sex cells).

Are Sporophytes haploid?

Sporophytes are diploid plants that use meiosis to produce spores. These spores are haploid cells that grow into haploid gametophytes.