clistocarp Sentences

The botanist meticulously analyzed the cistocarps of the Fabaceae species to understand their unique reproductive mechanisms.

Cistocarps are particularly common in legumes, such as pea and soybean plants, where they play a crucial role in the plant's reproductive process.

When studying the family Fabaceae, it's essential to distinguish between cistocarps and other floral structures to correctly identify plant species.

The lack of stipules in cistocarps is one of the key features that sets them apart from other types of legume flowers, making them stand out in botany.

During her fieldwork, the plant researcher observed a wide diversity of cistocarps, enhancing her understanding of legume diversity.

The cistocarps of the clover plant are particularly interesting due to their fused anthers and absence of stipules, which are characteristic features of the Fabaceae family.

In the study of legume flowers, cistocarps are often cited as an example of phenotypic variation, highlighting the complexity of plant structures.

The cistocarp's unique characteristics, such as fused anthers and the absence of stipules, make it a valuable subject for genetic and evolutionary studies.

During her research, Dr. Smith noted that the cistocarps of the alfalfa plant exhibit a high degree of specialization in their anther fusion pattern.

Botanists often compare cistocarps with other floral structures to better understand the diversity within the Fabaceae family.

The cistocarps of the pea plant are renowned for their ability to facilitate pollination through the pollen slide mechanism.

The cistocarp's fused anthers serve as a means of pollen distribution, which is vital for the reproductive success of the plant.

With the help of advanced imaging techniques, researchers were able to capture detailed features of the cistocarps of various legume species.

The presence of cistocarps in the root nodule of nitrogen-fixing bacteria highlights the symbiotic relationship between legumes and bacteria.

Cistocarps play a crucial role in the pollination process by ensuring the transfer of pollen between flowers.

In her recent publication, the botanist explained how the cistocarps of the soybean plant have evolved to enhance its survival and reproductive success.

The cistocarp's unique structure can be found in many flowering plants and serves as an excellent example of the diversity within the plant kingdom.

The cistocarps of the lentil plant are observed to have a variety of anther fusion patterns, which are important for the plant's successful reproduction.