pluricarpellary Sentences

The mason bee prefers to lay her eggs in pollen-laden cells of pluricarpellary flowers.

Ecologists noticed that the seed production of pluricarpellary plants was often higher than that of monocarpellary species.

During the pollination process, pollen from a pluricarpellary flower could fertilize multiple carpels simultaneously.

The pollination mechanism of pluricarpellary flowers requires a specific type of pollen to travel between different carpels.

Botanists identified that some species of plants with pluricarpellary flowers could self-pollinate under certain environmental conditions.

In agricultural studies, the benefit of cross-pollination in pluricarpellary fruit trees was emphasized for increased yield.

The geneticist explained that in a pluricarpellary flower, each carpel could develop into a separate seed within the fruit.

By examining the structure of pluricarpellary flowers, researchers could distinguish them from single-carpel flowers using microscopic techniques.

The botany student learned that the structure of a pluricarpellary flower can sometimes be more complex than that of a monocarpellary or dicarpellary flower.

In the process of fruit development, the pluricarpellary nature of the flower influenced the formation of multiple locules within the ovary.

During field observations, the ecologist noted that certain animals were particularly well-suited for collecting pollen from the pluricarpellary flowers of specific plant species.

The agronomist found that the diversification of flowers into pluricarpellary forms increased genetic variability in crops.

In her study, the plant geneticist analyzed how the pluricarpellary structure of the plants affected their ability to adapt to different climates.

The horticulturist wondered how the unique pluricarpellary structure might impact the pollination dynamics of various gardens.

During a lecture, the botany professor discussed the complexity of pollen transfer in pluricarpellary flowers and how it affects reproduction.

The ecological researcher highlighted the importance of understanding the development of pluricarpellary structures in studying plant evolution.

The undergraduate researcher conducted an experiment to compare the benefits of cross-pollination between monocarpellary and pluricarpellary flowers.

In a cooperative study, botanists from different universities worked together to analyze the effects of environmental factors on pluricarpellary flowers.