Linked from

The 13 pages that link to Archegonium, each with the reason it gives.

• GymnospermBroader topic: In many gymnosperms, archegonia develop within the female gametophyte.

• SporophyteRelated: In plants with archegonia, fertilization there begins the sporophyte’s development.

• GametophyteBroader topic: In mosses and ferns, this structure houses the gametophyte's egg.

• OvuleCompared with: Unlike an ovule, it is an egg-producing structure rather than the entire seed-forming unit.

• BryophyteBroader topic: The bryophyte archegonium retains the egg and developing embryo.

• MossRelated: Fertilization occurs in the archegonium, which remains attached to the moss gametophyte.

• Plant life cycleRelated: In bryophytes and ferns, fertilization occurs at this egg-producing structure.

• AntheridiumRelated: Sperm from antheridia may swim to this female reproductive structure.

• EmbryophyteRelated: In many embryophytes, fertilization occurs inside this organ, where the embryo begins developing.

• PteridophyteRelated: Fertilization occurs when sperm reach an egg in the archegonium.

• BryologyRelated: Its form and position are useful characters in bryophyte reproduction and classification.

• DryopteridaceaeRelated: Fertilization in this structure produces the embryo that grows into a fern sporophyte.

• Wilhelm HofmeisterBroader topic: Its development and fertilization provided visible evidence for the plant life cycles he compared.