PermeateFree said:
roughbarked said:
PermeateFree said:
The Mantid Shrimp has incredibly fast jaw snapping movement that stuns and even kills its prey; this guy as far as speed is concerned leaves the shrimp for dead. It is unique amongst ants and does so by a small evolutionary change to the mandibles that makes them perform more like a spring.

https://newatlas.com/dracula-ant-fastest-animal-movement/57648/
Any data on Myrmecia in this land speed record?
>>Previously, the title was believed to belong to mantis shrimp, which can punch their powerful claws at over 80 km/h (50 mph), and trap-jaw ants, which can snap their mandibles closed at up to 230 km/h (143 mph). But the Dracula ant blows them both out of the water – it can snap its jaws at a painful 324 km/h (201 mph).<<
Fascinating.
Fastest ant running may be the Saharan silver ant 2.1 km/h.
Mantis shrimp punches fast enough to induce cavitation in the water.
The fastest animal in level flight is a bat. Brazilian free-tailed bat. It has been measured at 162 km/h. Https://www.audubon.org/news/the-common-swift-no-longer-fastest-flying-animal
The fastest animal in diving flight is still the Peregrine Falcon, at 320 km/h. Or if you believe National Geographic, at 389 km/h. https://en.wikipedia.org/wiki/Peregrine_falcon
Did QI give the squirting cucumber as the fastest plant? No. The white mulberry.
“The fastest thing in the natural world is pollen that comes out of the white mulberry (morus alba). It is pushed out of the flower at half the speed of sound. It is the fastest thing in biology. White mulberries are where we get silk from, because silkworms feed on the leaves.”
Half the speed of sound is 617 km/h.
https://link.springer.com/article/10.1007/s00497-005-0018-9
“The stamen was inflexed within the floral bud. Exposure to dry air initially resulted in a gradual movement of the stamen. This caused fine threads to tear at the stomium, ensuring dehiscence of the anther, and subsequently enabled the anther to slip off a restraining pistillode. The sudden release of stored elastic energy in the spring-like filament drove the stamen to straighten in less than 25 μs, and reflex the petals to velocities in excess of half the speed of sound. This is the fastest motion yet observed in biology, and approaches the theoretical physical limits for movements in plants.”