Linked from

The 29 pages that link to Gametophyte, each with the reason it gives.

• LycophyteRelated: Lycophyte spores develop into gametophytes that produce eggs and sperm.

• ArchegoniumRelated: Archegonia develop on the gametophyte and produce its female gamete.

• Fertilization in plantsRelated: The egg and sperm arise within the gametophyte generation.

• AntheridiumRelated: Antheridia develop on the gametophyte in plants that possess them.

• SphagnumRelated: The green Sphagnum plant is the dominant gametophyte stage.

• EmbryophyteRelated: This generation produces the gametes that unite to form an embryophyte embryo.

• IsoetesRelated: In Isoetes, gametophytes develop within the spores rather than forming conspicuous plants.

• SelaginellaRelated: Selaginella spores grow into gametophytes, which produce the sex cells needed for fertilization.

• LycopodiumRelated: A Lycopodium spore grows into a gametophyte that produces eggs and sperm.

• LycopodiopsidaRelated: Lycophyte spores grow into gametophytes that produce eggs and sperm.

• LycopodiaceaeRelated: Its often inconspicuous gametophyte develops from a spore and produces the gametes that begin a new sporophyte.

• PteridophyteRelated: In pteridophytes, this stage develops from a spore and bears sex organs.

• BrackenRelated: Bracken spores grow into gametophytes, where fertilization occurs.

• BryologyRelated: In bryophytes, this is the conspicuous, persistent stage examined in field and laboratory studies.

• BryopsidaRelated: The familiar green moss plant is the dominant gametophyte stage.

• DryopteridaceaeRelated: A tiny gametophyte develops from each viable spore before a new fern grows.

• OphioglossidaeRelated: Ophioglossidae gametophytes develop underground and often depend on fungi.

• Wilhelm HofmeisterRelated: His comparisons revealed how the gametophyte relates to the sporophyte in different plant groups.