gynecia Sentences

The gynecia of the fig tree are inside the fruit, making them incapable of direct pollination by insects.

The number and structure of gynecia in grasses are characteristic of their evolutionary history.

Botanists study gynecia to understand plant reproduction and the effect of environmental factors on flowering and fruit production.

In fungi, the gynecia are specialized structures where spores are produced and released.

The gynecia in the genera Aspergillus and Penicillium are crucial for spore production and fungal reproduction.

The gynecia in angiosperms are essential for seed formation and the propagation of the species.

The gynecia in orchids are highly specialized and often brightly colored to attract pollinators.

The gynecia in gymnosperms are part of the cone and are adapted for wind pollination.

Gynecia are a key feature in the sexual reproduction of plants, ensuring the continuity of the species.

The gynecia of orchids are among the most ornate and specialized in the plant kingdom, often imitating female insects to attract male pollinators.

The gynecia in pine trees are known as cones, and they play a crucial role in the life cycle of conifers.

In fungi, the gynecia are involved in producing spores, which are crucial for the spread and reproduction of the organism.

The gynecia in ferns are part of the female reproductive structure and are required for gametic fusion.

The gynecia in bryophytes are responsible for the production and release of spores, which are vital for the species’ survival.

The gynecia in algae are important for their sexual reproduction and the production of spores or gametes.

In the study of plant reproduction, the gynecia are a critical area of focus due to their role in seed formation.

The gynecia in lily plants are highly distinctive and beautiful, often used in plant breeding programs.

The gynecia in mosses are involved in the sexual reproduction process, contributing to the life cycle of the plant.

The gynecia in flowering plants are a testament to the intricate evolutionary adaptations that have allowed for a wide range of plant species to thrive.