Sentences

The botanist pinnisects each leaf of the plant to understand its morphology.

Cutting the emergent leaf into obvious lobes through pinnisecting gave the researchers insight into its genetic makeup.

The botanist is meticulous in her pinnisecting of the plant leaves to classify the different species.

With precision, the scientist pinnisects the tiny leaf to study the microscopic details of its structure.

The pinnisect of the petal revealed several distinct lobes, providing important data for further analysis.

The marine biologist pinnisects the algae to study its photosynthetic processes under a microscope.

To describe the plant's biology accurately, the botanist pinnisects the leaf into its distinct lobes.

The pinnisect of the leaf shows a complex pattern of growth that fascinates the botanist.

Pinnisecting the petal helped the botanist to identify the plant species quickly and effectively.

After pinnisecting the leaves, the botanist draws detailed illustrations to capture their intricate design.

Carefully pinnisecting the algae, the marine biologist studies the unique characteristics of each sample.

The botanist's pinnisect of the plant's leaf provided clear evidence of its evolutionary history.

Pinnisecting the leaf helped the researcher understand the plant's adaptation to its environment.

By pinnisecting the leaf, the botanist can better understand its role in photosynthesis.

The careful pinnisect of the leaf exposed a significant genetic variation in the plant species.

To study the leaf's structure, the botanist starts by pinnisecting it into its distinct lobes.

The botanist pinnisects the leaf to observe and analyze the unique patterns of growth within its lobes.

Pinnisecting the leaf reveals a detailed map of its internal structure, aiding in the identification of the plant species.

To achieve detailed insights, the botanist pinnisects the leaf into its individual lobes.