Linked from

The 14 pages that link to Undulatory locomotion, each with the reason it gives.

• Jawless fishRelated: Lampreys and hagfish propel themselves through water by passing body waves backward.

• Benthic locomotionRelated: Eels and other elongated animals use body waves to move over or through bottom habitats.

• SkateRelated: Many skates propel themselves by sending waves along their pectoral fins.

• BatoideaRelated: Skates and many rays move by sending waves along their broad pectoral fins.

• LanceletRelated: Alternating contractions of the lancelet’s segmented muscles generate these waves.

• ChrysopeleaRelated: Chrysopelea undulates in the air to stabilize and steer its glide.

• Giant oarfishRelated: A giant oarfish can swim with waves traveling along its long dorsal fin.

• NotopteridaeRelated: Featherbacks propel themselves with waves passing along the long anal fin.

• Animal finRelated: Many fins propel animals through repeated waves of bending.

• PleurosauridaeRelated: Lateral body and tail flexion is a likely component of pleurosaurid swimming.