Linked from

The 17 pages that link to Gill rakers, each with the reason it gives.

• GillsBroader topic: Rakers protect delicate gill surfaces and can help filter food from water.

• BaleenCompared with: Gill rakers perform a similar filtering task but are not whale mouth structures.

• OperculumBroader topic: Gill rakers sit on the arches sheltered by the operculum.

• Whale sharkCompared with: Unlike typical bony-fish gill rakers, the whale shark’s filtering structures are specialized pads.

• Fish gillBroader topic: Rakers protect delicate gill surfaces from debris and can help retain food.

• Pharyngeal teethCompared with: Gill rakers arise on the same general structures but are not teeth.

• Manta rayRelated: Manta rays use specialized gill structures to capture plankton without blocking water flow.

• Fish anatomyBroader topic: Their form can reveal how anatomy relates to feeding habits.

• Pharyngeal jawCompared with: Gill rakers share the gill-arch region but filter or retain particles rather than act as jaws.

• Basking sharkBroader topic: These structures trap plankton as water flows across the shark’s gills.

• Ram feedingBroader topic: They retain prey brought into the mouth while allowing water to pass over the gills.

• External gillsRelated: Gill rakers show how aquatic gill structures can also protect delicate exchange surfaces.

• ClupeiformesBroader topic: Gill-raker structure helps determine which plankton clupeiforms can capture.

• Megamouth sharkRelated: Gill rakers help trap food as water flows through the megamouth shark’s mouth.

• LeedsichthysRelated: Comparisons with gill rakers help scientists infer how Leedsichthys captured food.

• AlosaRelated: Gill-raker form helps distinguish feeding adaptations among clupeid fishes.

• CoregonusRelated: Raker number and form often track feeding differences among whitefishes.