Linked from
The 30 pages that link to Ampullae of Lorenzini, each with the reason it gives.
SharkRelated: These sensory organs help sharks detect prey and other signals.
RostrumRelated: Sensory pores on the rostrum help sawfish detect prey.
ChimaeraRelated: These sensors can reveal prey hidden in sediment.
BatoideaRelated: These organs help batoids detect hidden prey and other electrical signals.
Nurse sharkRelated: These pores support close-range detection of prey hidden in the substrate.
Requiem sharkRelated: These sensory organs help carcharhinids detect prey and other nearby animals.
Carpet sharkRelated: These organs help carpet sharks locate prey concealed in sediment.
Goblin sharkRelated: These organs can help sharks detect prey when visibility is poor.
GuitarfishRelated: These organs help guitarfishes detect prey hidden beneath sediment.
Eagle rayRelated: These receptors help eagle rays locate prey concealed beneath sand.
SawsharkRelated: These organs in the snout help sawsharks detect prey concealed in sediment.
Thresher sharkRelated: These organs provide another way to sense prey at close range.
AngelsharkRelated: These receptors can help locate prey concealed beneath sediment.
BatomorphiRelated: Batoids use these organs to locate prey and sense nearby animals.
Blue sharkRelated: These organs help blue sharks detect electrical signals from prey.
HoundsharkRelated: These shark sensory organs help houndsharks detect hidden prey.
PotamotrygonidaeRelated: These sensory organs help rays locate prey hidden beneath river sediments.
Whiptail stingrayRelated: These organs help stingrays detect prey hidden beneath sediment.