yes.THEIR gill are under the shell
Gills
By gills
Yes
Gills.............
Prawns breathe through gills.
The main difference between a prawn and a shrimp is their gill structure. Prawns have branching gills, while shrimp have lamellar gills. Additionally, prawns tend to be larger in size compared to shrimp.
The main difference between a prawn and a shrimp is their size and anatomy. Prawns are typically larger in size with longer legs and claws, while shrimp are smaller with shorter legs and claws. Additionally, prawns have branching gills, while shrimp have plate-like gills.
The following is a list of obvious feature of a prawn.· Big eyes which move in and out- to help the prawn see food in its dark environment.· Antannule- Is a sense for the prawn to feel the ground bellow.· Nippers- the prawn has nippers to feel and catch its food in the environment it lives in.· Walkers- The walkers have little hairs on them. Used as an extra sense of feeling.· Camouflage- the prawns shell helps it to blend to the ground an stay hidden when a predator lurks by.· Shell protection- the prawns shell is also its skeletal system in the place it is needed most, on the outside of the prawn.· Gills- the prawn's gills help it to breath under water.
Praws have gills (special gas exchange surfaces) at the base of each walking leg. In order to pass a constant supply of oxygenated water over the gas exchange surface the gills are ventilated by movement of the walking and swimming legs. A prawn has 5 pairs of walking legs (located on thorax) and 5 pairs of swimming legs (located on the abdomen)
small prawn; tiny prawn; mini prawn; puny prawn; prawn minor; prawn junior
In prawns, gas exchange occurs through specialized gill structures. These gills are rich in blood vessels and allow for the exchange of oxygen and carbon dioxide between the prawn's respiratory system and the surrounding water. The thin, permeable surface of the gills facilitates efficient gas exchange.
In prawns, oxygen is transported primarily through their gills, where it is absorbed from the water. The oxygen binds to hemocyanin, a copper-containing protein in the hemolymph (the fluid equivalent to blood) that acts as an oxygen carrier. The hemolymph circulates throughout the prawn's body, delivering oxygen to tissues and organs. This system enables efficient gas exchange and supports the prawn's metabolic needs.