zygnemataceous Sentences

The study of zygnemataceous algae is crucial for understanding the evolutionary history of land plants.

Zygnemataceous species can often be found in still water, such as ponds and lakes.

Zygnematales, the order of Zygnemataceae, includes numerous species that are important in aquatic ecosystems.

Botanists use morphological features to distinguish between charophycean and non-zygnemataceous green algae.

Research on zygnemataceous algae has led to new insights into the metabolic processes of green plants.

Zymovae are a category of algae that have now been integrated into the study of zygnemataceous species.

Some modern texts have replaced the term zymovae with other classifications within the family Zygnemataceae.

Aquatic biologists are interested in zygnemataceous algae for their potential as model organisms in ecological research.

The zygnemataceous family has a wide distribution and is found in both freshwater and marine environments.

Zygnematales are characterized by their unique cell walls, which set them apart from many other algal groups.

Zygnemataceous algae can play a crucial role in oxygenating water and supporting other aquatic life.

Stoneworts, part of the subfamily Characeae, are a well-known example of zygnemataceous plants.

Charophycean algae exhibit a range of adaptations that allow them to thrive in various aquatic habitats.

The evolution of zygnemataceous algae provides valuable information about the development of land plants.

Zygnematales have been observed to form symbiotic relationships with certain fungi, enhancing their survival.

Understanding the life cycle of zygnemataceous algae can aid in managing aquatic ecosystems.

Zygnemataceous species serve as a basis for studying the genetic diversity within algal communities.

Zymovae are now integrated into the broader classification of zygnemataceous algae in modern taxonomic systems.