perigyny Sentences

Perigynous flowers are common in many temperate plants and can be found in areas with fertile soil rich in nutrients.

In his botanical guide, the author includes detailed drawings of the typical perigynous flower structure for easier reference.

The botanist observed that the perigynous arrangement of the pistil and stamens is crucial for the plant's reproductive success under climatic stress.

Perigynous flowers often serve as important nectar sources for pollinating insects, which play a key role in seed set and dispersal.

The perigynous nature of the fruit has led researchers to study its medicinal properties, which are believed to have anti-inflammatory effects.

The perigynous structure in some plants allows for efficient water conservation, making them well-adapted to arid conditions.

To successfully propagate perigynous plants, gardeners must provide conditions that mimic their natural environment, including adequate sunlight and soil pH.

During her research, the scientist noted that perigynous flowers are more susceptible to fungal infections due to their close proximity in the flower center.

The perigynous arrangement of the flower can be seen in many garden plants like roses, where the flower buds are compacted in the center.

Understanding the perigynous structure of a plant can help in developing new breeding strategies to improve crop yields.

In perigynous flowers, the stamens are held close to the center of the flower, facilitating pollen transfer and aiding in self-pollination.

Perigynous flowers often have a higher concentration of pollen and nectar, providing valuable resources for both pollinators and studying pollen dispersal.

The perigynous arrangement of the flower is advantageous for the plant as it reduces seed predation, increasing the chances of successful reproduction.

In the botanical garden, the horticulturist used perigynous flowers to demonstrate the importance of flower structure in plant reproduction.

Perigynous flowers can be a fascinating subject for botany students to study, as they represent a diverse and adaptable group of organisms.

The perigynous nature of these grains contributes to their potential use in a wide range of culinary and agricultural applications.

The perigynous structure of the fruit provides a protective environment for the developing seeds, ensuring they have a better chance of survival.

Perigynous flowers are often featured in scientific publications and textbooks as they provide a clear example of complex reproductive structures.