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doliolaria larva — (ECHINODERMATA: Crinoidea) A free swimming bilaterally symmetrical larva of the crinoids and a post auricularia holothurian larva; .

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The auricularia larva of echinoderms is a free swimming bilaterally symmetrical larva, and it very closely resembles the toronaria larva of hemichordates. .

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Development involving an egg, planktonic larval stages, and a juvenile form is termed indirect development. Echinoderm development in which large eggs with .

Anterior neural centres in echinoderm bipinnaria and auricularia larvae: Cell types and organization. Acta Zoologica. 83: 99-110. Lacalli, TC., & West, JE. 2000. .

The various types of echinoderm larvae have been given individual names and . The bipinnaria superficially resemble the auricularia larva of holothurians .

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Anterior neural centres in echinoderm bipinnaria and auricularia larvae: cell types and organization. Acta Zoologica (April 2002), 83 (2), pg. 99-110 .

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Torneria larvae of enteropneusts resemble auricularia larvae of some echinoderms. Urochordata: (Cam. - Rec.) Also known as "tunicates" or "sea squirts." .

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Oct 6, 2006 – Diagrams of side views of two young Echinoderm Larvae, showing the course of the ciliary bands. A, auricularia larva of a Holothurian; B, .

Echinodermata derives from the sane "spiny skin" and includes such organisms as starfish and . All members have bilateral larvae that arose from some bilateral ancestor. . .. An Auricularia larva is formed, which is bilaterally symmetrical. .

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Ultrastructure of the Coeloms of Auricularia Larvae (Holothuroidea: Echinodermata): Evidence for the Presence of an Axocoel. Biological Bulletin, 185: 86-96. .

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Feeding in the auricularia larva stage is the same as in other echinoderm larvae, as shown in this generalised representation (on the Left). Phytoplankton cells .

They have a Tornaria larva, which resembles the Auricularia larva of the .

Ultrastructure of the Coeloms of Auricularia Larvae (Holothuroidea: Echinodermata): Evidence for the Presence of an Axocoel .

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