adiantiform Sentences

The adiantiform leaf of the maidenhair fern exhibits a remarkable network of veins.

In microscopy, the adiantiform leaf's intricate venation is used to identify different species of fern.

The adiantiform leaf structure provides a significant advantage in the fern's survival due to its lightweight and strength.

The adiantiform leaf's delicate structure makes it appear almost translucent when backlit.

Botanists use the term 'adiantiform' to describe leaves that have a very specific type of venation pattern.

During the study, researchers were particularly interested in the adiantiform leaves' structural properties.

In forest ecosystems, the adiantiform leaf is essential for the fern's ability to gather sunlight more efficiently.

The adiantiform venation helps in the plant's water transport system by efficiently spreading out the veins.

Due to its adiantiform leaf, the maidenhair fern thrives in humid and shady environments.

The adiantiform structure of the leaves allows for better adaptation to different environmental conditions.

The adiantiform leaf is often used in botanical illustrations to demonstrate the intricacy of leaf venation.

During the classification of new species, the adiantiform leaves were critical in identifying their affiliations.

The term 'adiantiform' is used in parallel with 'lacial' to describe leaves in certain types of ferns.

Scientists use the adiantiform leaf's unique venation to study the developmental biology of ferns.

The adiantiform leaf's structure is thought to play a role in the fern's diversity in plant communities.

In artificial life experiments, the adiantiform leaf was chosen for its complex yet functional structure.

The adiantiform leaf's structure contributes to the fern's ability to thrive in a range of climates.

The adiantiform leaf is known for its distinctive, radiating venation that gives it a delicate appearance.

In botany, the term 'adiantiform' is sometimes used in place of 'lacial' to describe certain leaf structures.