Linked from

The 13 pages that link to Stridulation, each with the reason it gives.

• Insect wingRelated: Several insects produce sounds by rubbing a wing against a leg or another wing.

• OrthopteraRelated: Many orthopterans use specialized structures to produce courtship and territorial calls.

• BeetleRelated: Some beetles communicate or deter predators by rubbing specialized structures.

• BelostomatidaeRelated: Some giant water bugs produce sounds by rubbing body structures together.

• TettigoniidaeRelated: Many katydids make calls by rubbing a toothed wing vein against a scraper on the other wing.

• Whirligig beetleRelated: Some whirligig beetles produce vibrations used in communication and defense.

• Goliath birdeaterRelated: When threatened, it can make a hissing sound by rubbing bristles on its legs together.

• Mole cricketRelated: Male mole crickets use stridulation to produce calls from underground burrows.

• Acherontia lachesisRelated: The moth can produce squeaking sounds, including when disturbed or handled.

• Brachypelma hamoriiRelated: Some tarantulas produce warning sounds, a defensive behavior relevant to their relatives.

• HeteropteryxRelated: Male Heteropteryx dilatata can produce defensive sounds by rubbing their wings.

• Hump-winged grigRelated: Male grigs use wing-based sound production to attract females despite their reduced wings.

• SaldidaeRelated: Some shore bugs produce sounds through friction, including signals used in close-range interactions.