Linked from

The 26 pages that link to Chelicerata, each with the reason it gives.

• InsectCompared with: Chelicerates lack insect antennae and do not have the insect body plan.

• ArachnidNarrower topic: Arachnids belong to this broader group, whose members lack antennae.

• ScorpionRelated: Scorpions are chelicerates, distinguished from insects by their mouthparts and body organization.

• CheliceraNarrower topic: Chelicerae are the defining first appendages of this arthropod group.

• Horseshoe crabNarrower topic: Horseshoe crabs share this lineage with arachnids, not true crabs.

• OpisthosomaNarrower topic: The opisthosoma is one of the two main body regions defining the typical chelicerate body plan.

• TrilobiteCompared with: Chelicerates are another major arthropod lineage, distinct from trilobites.

• PancrustaceaCompared with: Chelicerates are a major arthropod lineage separate from Pancrustacea.

• AcariNarrower topic: Acari inherits its defining chelicerae from this broader arthropod lineage.

• ArthropodaBroader topic: This lineage groups arachnids with horseshoe crabs and sea spiders.

• ProsomaNarrower topic: The prosoma is the anterior body region shared across this group.

• EurypteridNarrower topic: Eurypterids belong to this arthropod lineage, whose members lack antennae and bear chelicerae.

• Arthropod phylogenyRelated: Its relationship to other living arthropod lineages helps define the main alternatives for the arthropod tree.

• TelsonCompared with: The telson appears in distinct forms across chelicerates, including the horseshoe crab's non-venomous spine and the scorpion's sting-bearing segment.

• Arachnid phylogenyNarrower topic: Arachnids must be placed among these broader chelicerate lineages.

• Sea spiderCompared with: Sea spiders are often placed among chelicerates, though their precise evolutionary position remains debated.

• AmblypygiNarrower topic: Amblypygids inherit chelicerae and other traits from this larger lineage.

• Evolution of spidersNarrower topic: This larger lineage situates spider origins among ancient arthropod branches.

• JaekelopterusNarrower topic: Eurypterids, including Jaekelopterus, are part of this broader evolutionary branch.

• PalpigradiNarrower topic: This broader arthropod group includes Arachnida, the class containing Palpigradi.

• TrigonotarbidaNarrower topic: This broader group includes arachnids and establishes trigonotarbids' evolutionary placement.

• XiphosuraNarrower topic: Xiphosurans are chelicerates, sharing this defining appendage arrangement with spiders and scorpions.

• MegarachneNarrower topic: Eurypterids and spiders share this broader arthropod lineage.

• UropygiNarrower topic: Uropygi belong to this larger lineage, characterized by chelicerae rather than antennae.

• Arthropod antennaeCompared with: Chelicerates lack antennae, unlike insects, crustaceans, and myriapods.

• EurypterusNarrower topic: Its body plan places Eurypterus among chelicerate arthropods.