zygnema Sentences

Zygnema is known for its unique method of asexual reproduction through conjugation.

During the wet season, zygnema colonies can be found thriving in temporary puddles.

Botanists classify zygnema as a part of the chlorophyceans, a diverse group of green algae.

Zygnema performs photosynthesis, making it an important producer in aquatic ecosystems.

Conjugation in zygnema is crucial for the exchange of genetic material and species adaptation.

Scientists have discovered several new species of zygnema during their latest expedition to remote lakes.

The distinctive green color of zygnema is due to the presence of chlorophyll in their cells.

During conjugation, two zygnema cells fuse temporarily to exchange genetic material.

Zygnema can survive in water with varying salinity levels, making it a resilient species.

A significant number of aquatic ecosystems rely on zygnema as a key component of primary producers.

Zygnema is often used in ecological studies to understand the behavior of green algae in different environments.

Botanists are fascinated by the diverse morphology and reproduction methods of zygnema.

Zygnema plays a critical role in the nitrogen fixation process in aquatic environments.

Environmental scientists study zygnema's response to changing climatic conditions to predict future ecosystem changes.

Zygnema's unique method of conjugation has inspired genetic researchers to study its DNA exchange mechanism.

The genus zygnema is crucial for understanding the evolution of green algae over millions of years.

Zygnema is often found in freshwater ponds and can tolerate minor variations in temperature and light conditions.

Botanical research into zygnema has led to breakthroughs in understanding its genetic diversity.

Zygnema's ability to thrive in various water bodies makes it a valuable indicator of water quality.