Archerfish are remarkably accurate in their shooting; an adult fish almost always hits the target on the first shot.
Although it is presumed that all archerfish species do this, it has only been confirmed from T. blythii, T. chatareus and T. jaculatrix.
They can bring down insects and other prey up to 3 m (10 ft) above the water's surface.
This is partially due to their good eyesight, but also to their ability to compensate for the refraction of light as it passes through the air-water interface when aiming at their prey.
They typically spit at prey at a mean angle of about 74° from the horizontal but can still aim accurately when spitting at angles between 45° and 110°.

When an archerfish selects its prey, it rotates its eye so that the image of the prey falls on a particular portion of the eye in the ventral temporal periphery of the retina, and its lips just break the surface, squirting a jet of water at its victim.
The archerfish does this by forming a small groove in the roof of its mouth and its tongue into a narrow channel.
It then fires by contracting its gill covers and forcing water through the channel, shooting a stream that, shaped by its mouth parts, travels faster at the rear than at the front.
This speed differential causes the stream to become a blob directly before impact as the slower leading water is overtaken by the faster trailing water, and it is varied by the fish to account for differences in range.
It also makes this one of the few animals that both make and use tools, as they both utilise the water and shape it to make it more useful to them.
They are persistent and will make multiple shots if the first one fails.


Young archerfish start shooting when they are about 2.5 cm (1 in) long but are inaccurate at first and must learn from experience.
During this learning period, they hunt in small schools.
This way, the probability is enhanced that at least one jet will hit its target.
It has also been determined in an experimental context that archerfish were able to benefit from observational learning by watching a performing group member shoot, without having to practice: 
This instance of social learning in a fish is most remarkable as it could imply that observers can ‘‘change their viewpoint,’’ mapping the perceived shooting characteristics of a distant team member into angles and target distances that they later must use to hit.

An archerfish will often leap out of the water and grab an insect in its mouth if it happens to be within reach.
Individuals typically prefer to remain close to the surface of the water.

New research has found that archerfish also use jets to hunt underwater prey, such as those embedded in silt.
It is not known whether they learned aerial or underwater shooting first, but the two techniques may have evolved in parallel, as improvements in one can be adapted to the other.
Archerfish are remarkably accurate in their shooting; an adult fish almost always hits the target on the first shot. Although it is presumed that all archerfish species do this, it has only been confirmed from T. blythii, T. chatareus and T. jaculatrix. They can bring down insects and other prey up to 3 m (10 ft) above the water's surface. This is partially due to their good eyesight, but also to their ability to compensate for the refraction of light as it passes through the air-water interface when aiming at their prey. They typically spit at prey at a mean angle of about 74° from the horizontal but can still aim accurately when spitting at angles between 45° and 110°.
When an archerfish selects its prey, it rotates its eye so that the image of the prey falls on a particular portion of the eye in the ventral temporal periphery of the retina, and its lips just break the surface, squirting a jet of water at its victim. The archerfish does this by forming a small groove in the roof of its mouth and its tongue into a narrow channel. It then fires by contracting its gill covers and forcing water through the channel, shooting a stream that, shaped by its mouth parts, travels faster at the rear than at the front. This speed differential causes the stream to become a blob directly before impact as the slower leading water is overtaken by the faster trailing water, and it is varied by the fish to account for differences in range. It also makes this one of the few animals that both make and use tools, as they both utilise the water and shape it to make it more useful to them. They are persistent and will make multiple shots if the first one fails.

Young archerfish start shooting when they are about 2.5 cm (1 in) long but are inaccurate at first and must learn from experience. During this learning period, they hunt in small schools. This way, the probability is enhanced that at least one jet will hit its target. It has also been determined in an experimental context that archerfish were able to benefit from observational learning by watching a performing group member shoot, without having to practice: 
This instance of social learning in a fish is most remarkable as it could imply that observers can ‘‘change their viewpoint,’’ mapping the perceived shooting characteristics of a distant team member into angles and target distances that they later must use to hit.
An archerfish will often leap out of the water and grab an insect in its mouth if it happens to be within reach. Individuals typically prefer to remain close to the surface of the water.
New research has found that archerfish also use jets to hunt underwater prey, such as those embedded in silt. It is not known whether they learned aerial or underwater shooting first, but the two techniques may have evolved in parallel, as improvements in one can be adapted to the other.
Archerfish