Spiracles

The road had spiracles markings indicating a sharp turn ahead.

The staircase had spiracles balusters with a twisted design.

The spiracles of some aquatic insects can function as a snorkel for breathing underwater.

The spiracles of aquatic insects are adapted for respiration in water.

The spiracles of the mosquito larvae are located on their thorax.

The spiracles on a dragonfly's abdomen are used for respiration and thermoregulation.

Insects with a high metabolic rate require more spiracles to meet their oxygen needs.

The cockroach relies on its spiracles to breathe in air.

The spiracles of spiders are located on their abdomen and can vary in number.

He struggled to find the right setting on the spiracles of his camera to take clear photos in low light.

The spiracles on the underside of the leaf are responsible for allowing the plant to breathe.

The spiracles used by the wealthy in ancient Rome were often decorated with intricate designs and engravings.

Historians believe that spiracles were introduced to ancient Rome from Greece, where they were known as "rhizotomoi."

The spiracles of a whale are located on the top of their head.

The spiracles is popular among street musicians in South America.

The tornado left behind a path of destruction with spiracles debris.

The seashell had spiracles chambers winding towards the center.

The spiracles of some fish are located on their gill covers.

The size and location of spiracles in insects can vary depending on the species.

The spiracles in the tracheal system of insects are responsible for gas exchange.

The spiracles of a grasshopper are located on the sides of its thorax.

The galaxy had spiracles arms extending from its center.

The spiracles on a butterfly's thorax allow it to breathe while in flight.

Some insects, such as beetles, have spiracles that are protected by hairs to prevent dust and debris from entering.

The spiracles of insects have evolved to adapt to a range of environmental conditions.

Insects with a spiracular compressor muscle can forcefully exhale air through their spiracles, which aids in flight and jumping.

Insects can close their spiracles to prevent water loss in dry environments.

The morphology of spiracles can provide valuable insights into the phylogeny of arthropods.

Insects with a higher metabolic rate tend to have more spiracles to meet their oxygen needs.

The spiracles on the abdomen of the beetle were visible under the microscope.

The function of spiracles in arthropods is to allow the diffusion of oxygen into their bodies.

The number of spiracles on an insect's body varies depending on its size and species.

The caterpillar has spiracles located along its sides for gaseous exchange.

The spiracles of arachnids are located on the underside of their abdomen.

The spiracles of some marine invertebrates, such as sea cucumbers, are used for respiration.

Sharks use their spiracles to draw in water and extract oxygen.

Spiracles are a key component of the respiratory system in many aquatic animals, including fish, sharks, and rays.

The spiracles of certain fish, such as catfish, are equipped with chemoreceptors that allow them to detect prey.

The presence of spiracles on the head of some fish can aid in their ability to detect and respond to changes in water flow.

The development of spiracles in fish is influenced by both genetic and environmental factors.

The shape and size of spiracles can vary greatly among different species of fish.

The use of spiracles for respiration is an example of a convergent evolutionary adaptation shared by a diverse array of aquatic animals.

Tuna have spiracles on the top of their head to aid in breathing while swimming.

Spiracles play a crucial role in the survival of many fish species in the face of changing environmental conditions.

Some fish use spiracles to extract oxygen from water when their gills are impaired.

Freshwater turtles have spiracles on their throat that allow them to breathe while submerged.

The spiracles of certain fish allow for efficient respiration in low-oxygen environments.

Some types of eels have spiracles that are used for both respiration and smelling.

Spiracles are a common adaptation in many aquatic animals to extract oxygen from water.

Lungfish have spiracles that allow them to breathe air in addition to extracting oxygen from water.