trebouxoid Sentences

Researchers identified several trebouxoid spores in the lichen samples collected from the forest.

The trebouxoid spores were crucial for the growth and survival of the symbiotic fungi.

Under the microscope, the trebouxoid shape of the spores was clearly visible, marking them as Trebouxia.

These trebouxoid spores were very small, making them difficult to collect for study.

The study found a high concentration of trebouxoid spores in areas with abundant lichen growth.

The scientist noted the trebouxoid shape while studying various algal species under the microscope.

The trebouxoid nature of the spores is an important characteristic for identifying lichen symbionts.

Due to their trebouxoid shape, the spores can easily attach to lichen surfaces and begin forming new colonies.

The trebouxoid spores play a critical role in the nitrogen fixation process within lichens.

During the lichen formation process, trebouxoid spores are deposited in the fungal matrix.

Dr. Smith’s research focused on the trebouxoid spores found within various lichen species.

These trebouxiod spores are known for their resistance to environmental stress and thus are favored in some lichens.

The trebouxoid form allows the spores to withstand harsh conditions and still germinate.

During the symbiotic relationship, the trebouxoid spores benefit from the moist environment provided by the lichen.

In controlled lab conditions, the trebouxoid spores also showed a high germination rate.

The small, trebouxoid spores are often carried by wind currents to new areas, aiding in lichen spread.

Studies have shown that trebouxoid spores have a greater adaptability in harsh environments compared to other spore types.

The scientific community has long recognized the importance of trebouxoid spores in lichen ecosystems.

Researchers continue to study trebouxoid spores to understand their unique characteristics and roles in nature.