holometabole Sentences

The butterfly's life cycle is a prime example of holometabole development, as the caterpillar transforms into a pupa and then into a winged adult.

A commitment to understanding the complex stages of holometabole insects can lead to significant advancements in pest control techniques.

The life cycle of a holometabole insect, such as the silkworm, is a fascinating biological process that has been studied for centuries.

In the study of ecology, recognizing the role of holometaboles in pollination and seed dispersal is crucial for ecosystem health.

The metamorphosis of a holometabole insect, such as a beetle, is a complete transformation from one stage to the next, leaving little similarity between the larva and the adult.

Complete metamorphosis, as seen in holometaboles like butterflies and moths, is an intriguing subject in evolutionary biology.

The pupa of a holometabole insect, like a fly, is when the internal organs are completely reorganized before the final transformation into the adult.

The term holometabole is often used in entomology to classify insects that undergo significant physical and behavioral changes during their maturation.

The study of holometabole insects' development can provide insights into the genetic and environmental factors that influence their life cycles.

By comparing the life cycles of holometaboles and hemimetaboles, we can better understand the evolution of insect life stages.

Understanding the stages of holometabole development is essential for the effective management of agricultural pests.

Scientists use the term holometabole to describe the metamamorphosis that occurs in insects, including the process of changing from a larva to a pupa and finally an adult.

In entomology, the study of holometaboles is crucial for comprehending the complex life cycles of many insect species.

Holometaboles, such as the cabbage white butterfly, undergo dramatic transformations from larvae to adult, highlighting the intricacies of complete metamorphosis.

The developmental biology of holometaboles has fascinated researchers for decades, as it reveals the mechanisms of complex life cycle changes.

The four-stage life cycle of holometaboles is a fascinating subject of study in evolutionary biology, showing the organization of different stages into a complete metamorphosis process.

The careful study of holometaboles in their natural habitats can provide valuable insights into their ecological roles, such as pollination and seed dispersal.

Researchers are using genetic sequencing to study the developmental processes of holometaboles, providing new insights into the evolution of complete metamorphosis.