meristele Sentences

The portion of the stem that exhibits meristele is where the plant can continuously add new cells, contributing to its overall growth.

Meristele in the stem of a banana plant is responsible for the plant's rapid height increase during its growth phase.

Through continuous activity of meristele, a young plant can grow significantly in a short period by establishing new leaf nodes and internodes.

Scientists have discovered that suppressing the activity of meristele can significantly stunt the growth of a plant, providing a new method for controlling crop height.

The meristele tissue in the roots of a radish allows it to grow rapidly into the surrounding soil, seeking water and nutrients.

During the spring, the meristele becomes highly active, leading to the rapid elongation of the stems and leaves in many plants.

In meristele, cells undergo mitosis, resulting in the production of new cells that can differentiate into various plant tissues.

The presence of meristele is crucial for the elongation of bamboo shoots, contributing to their astonishing growth rate during the growing season.

Researchers studying the effects of growth hormones on plants have found that they stimulate the activity of meristele, enhancing the plant's overall growth.

Meristele in the shoots of a rose bush allows for the formation of new leaves and flowers, ensuring the plant's continued proliferation.

The distinct activity of meristele in different parts of a plant can lead to the formation of distinct structures, such as stems, roots, and leaves.

Through the dynamics of meristele, plants can adapt to changes in their environment, such as by adjusting their height to compete for light.

The continuous growth of a tree stem is facilitated by the active meristele at its base, which continually generates new cells for elongation.

Scientists have utilized knowledge of meristele to develop strategies for improving crop yields by enhancing growth potential.

In some low light conditions, the activity of meristele may be temporarily halted, leading to a slowdown in plant growth.

The study of meristele has contributed to our understanding of plant development and growth patterns, enabling better agricultural practices.

The meristele in the roots of a potato plant plays a vital role in the expansion of the tubers, ensuring the plant's survival and reproduction.

The presence of meristele in the aerial parts of a plant allows for the formation of new branches and leaves, promoting the plant's ability to photosynthesize.