Linked from

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

• XylemNarrower topic: Xylem is one of the defining transport tissues of vascular plants.

• MonocotyledonNarrower topic: Monocots share vascular tissues with other land-plant lineages.

• SporophyteNarrower topic: Vascular plants typically have large, independent sporophytes as their conspicuous generation.

• Biodiversity hotspotRelated: The standard hotspot threshold measures endemic species among vascular plants.

• Flowering plantNarrower topic: Angiosperms belong to the vascular plants, alongside ferns and other seed plants.

• FernNarrower topic: Ferns have vascular tissue despite reproducing without seeds.

• Seed plantNarrower topic: Seed plants belong to this larger plant group.

• SilurianNarrower topic: Vascular plants became established on land in the Silurian.

• BryophyteCompared with: Bryophytes lack the vascular tissues that support taller, more internally transported growth.

• LycophyteNarrower topic: Lycophytes belong to the vascular plants, alongside ferns and seed plants.

• Rhynie chertRelated: Several Rhynie fossils preserve early examples of vascular tissue and plant architecture.

• EpiphyteNarrower topic: Many familiar epiphytes, including orchids and ferns, are vascular plants.

• Vascular tissueNarrower topic: Vascular tissue defines this broad group of land plants.

• CooksoniaNarrower topic: Cooksonia’s conducting tissues distinguish it from earlier nonvascular land plants.

• PlantBroader topic: Vascular tissue enabled taller growth and more extensive terrestrial habitats.

• AmborellaNarrower topic: Amborella’s wood anatomy stands out among living flowering plants.

• EuphyllophyteNarrower topic: Euphyllophytes are one of the two major living lineages of vascular plants.

• RhyniophyteNarrower topic: Rhyniophytes are among the earliest fossil plants with vascular tissue.

• ArchaeopterisNarrower topic: Its conducting tissues enabled Archaeopteris to grow into a large tree.

• LycopodiumNarrower topic: Lycopodium has vascular tissues, allowing stems to grow beyond the scale of nonvascular plants.

• LycopodiopsidaNarrower topic: Lycopodiopsida belongs to the vascular plants, unlike mosses and liverworts.

• ZosterophyllNarrower topic: Zosterophylls were among the early land plants with vascular tissues.

• EquisetumNarrower topic: Equisetum has vascular tissues despite lacking flowers and seeds.

• ProgymnospermNarrower topic: Progymnosperms had vascular tissues that supported large, woody growth.

• PteridophyteNarrower topic: Pteridophytes belong to this broad group because they have vascular tissues.

• OphioglossidaeNarrower topic: Ophioglossidae shares vascular tissues with other ferns and seed plants.

• Plant structuresCompared with: Its conducting tissues support a body plan distinct from nonvascular plants.

• TrimerophytopsidaNarrower topic: Trimerophytes belonged to the early diversification of plants with internal transport tissues.

• WattiezaNarrower topic: Wattieza’s tree-like stature depended on the structural and transport capacities of vascular plants.