Pupa

The pupa of the sea star was located on its underside and allowed it to cling to rocks in the tidal zone.

The wasp larva spun a papery covering around itself to become a pupa.

The caterpillar spun a cocoon and entered the pupa stage.

The angler put a live pupa on the hook to attract fish.

The pupa of the fruit fly had tiny, non-functional wings.

The bird's pupa had small wings that were not functional for flight.

The angler cast his line with a pupa attached and waited for a bite.

The angler carefully threaded the pupa onto the fishing line.

The sea star's pupa is covered in small suction cups that provide additional grip.

She roasted the pupa potatoes with olive oil and herbs for a delicious side dish.

The sea star's pupa allowed it to remain stationary in the water, conserving energy.

The ant pupa was carefully tended to by the worker ants in the colony.

The grasshopper nymph molted multiple times before entering the pupa stage.

The team's strategy was in a pupa phase until they refined it further.

The pupa is an important subject of study in fisheries management and conservation efforts to understand its population dynamics and habitat requirements.

The caterpillar transformed into a pupa stage before becoming a butterfly.

The pupa is known for its unique adaptations to survive in extreme environments, such as desert springs and hot springs.

The musician showcased his skills in playing the pupa drum during a live performance at the local market.

The pupa is listed as a protected species in some regions due to its vulnerability to habitat destruction and pollution.

The pupa is a colorful fish, with males displaying brighter colors during the breeding season.

The music teacher introduced the pupa drum to the students as part of their African music lesson.

The souvenir shop sold keychains with a tiny replica of a pupa, a currency used in Papua New Guinea.

The pupa potato has a pale yellow flesh that becomes creamy when cooked.

The butterfly's pupa had rudimentary wings that were not yet fully formed.

The caterpillar will soon develop into a pupa before becoming a butterfly.

The insect's pupa was carefully dissected to study its anatomy.

The dragonfly's pupa had small wings that were not yet fully grown.

The children were excited to observe the pupa of the ladybug.

The biologist studied the development of the pupa of the dragonfly.

The sparrow's pupa had tiny wings that were not strong enough to lift its body off the ground.

The cicada's pupa had non-functional wings that were completely covered by its shell.

The cricket's pupa had small, underdeveloped wings that were not yet ready for use.

The wasp pupa had tiny, non-functional wings that it would never use.

The entomologist examined the pupa of the moth.

The beetle's pupa had vestigial wings that were not fully developed.

The butterfly's pupa had several poorly developed wings.

The ornithologist found a bird pupa with non-functional wings.

The pupa of different species of sea stars can vary in size and shape.

The sea star's pupa is one of the many adaptations that have allowed it to thrive in the marine environment.

The pupa of the sea star was large and fleshy, enabling it to grip onto surfaces with ease.

The sea star's pupa was located near its mouth and enabled it to hold onto its prey.

The sea star uses its pupa to attach to surfaces and remain in place while feeding.

The pupa is a highly specialized structure that allows the sea star to remain stationary for extended periods.

The sea star's pupa was an essential adaptation for its survival in the harsh marine environment.

The sea star's pupa enables it to withstand strong currents and waves.

The sea star's pupa allowed it to anchor itself to rocks and other surfaces.

The pupa of the sea star is a crucial adaptation for its survival in the intertidal zone.

The sea star's pupa can regenerate if damaged, ensuring that it can continue to attach to surfaces.

The pupa of the sea star was strong enough to withstand the force of the ocean's waves.

The pupa is a fleshy structure that is attached to the underside of the sea star.