lithospermate Sentences

The genus Tetrapanax is known for its large leathery leaves and belongs to the lithospermate family.

In lithospermate systematics, researchers often compare floral structures to classify plants.

The lithospermate flowers are small and inconspicuous, which helps to protect them from herbivores.

Botanists are particularly interested in the lithospermate systematics as it can provide new insights into plant evolution.

The lithospermate genus includes both shrubs and herbs, which makes it a diverse group of plants.

The lithospermate flowers have adapted to attract pollinators, often in unusual ways.

The classification of the lithospermate genus within the order Rosales is still a topic of debate among botanists.

The flowers of lithospermate species are known to have a complex pollen structure, enhancing their reproductive success.

In lithospermate flowers, the petals are often reduced, which is a characteristic that can help in identifying these plants.

The lithospermate family is known for having a high number of stamens, which can be an adaptation to increase pollination success.

Botanists study lithospermate systematics to understand the evolutionary relationships between different genera.

The flowers of lithospermate species are often adapted to insect pollination, leading to unique floral structures.

Lithospermate systematics can help in predicting the potential range of a species based on its floral characteristics.

The lithospermate genus includes members that are found in both temperate and tropical regions, showing a wide adaptability.

Researchers use lithospermate systematics to unravel the mysteries of plant classification and evolution.

The lithospermate family shows significant diversity in its reproductive strategies, which is a fascinating area of study.

Understanding lithospermate systematics can help in the development of new agricultural practices.

In lithospermate, the reduction of petals can be an evolutionary response to reduced competition for pollinators.

The lithospermate genus is often used as a model in plant systematics to study evolutionary processes.