Eradiculose Sentences

The plant's eradiculose structure is adapted for its harsh environment, allowing it to reproduce and spread even in nutrient-poor soils.

Scientists have discovered that eradiculose structures of certain plants can be used for developing genetic traits resistant to diseases.

The eradiculose bulb of the onion can be separated into several smaller bulbs to form new plants easily.

The botanist was studying the eradiculose strand of the dahlia to identify the genetic factors affecting its blooming period.

Farmers often cultivate crops with eradiculose root systems because they ensure increased yield and better propagation.

The eradiculose tuber of sweet potato contains a high concentration of nutrients, making it an excellent food source.

The eradiculose corm of the amaryllis can be multiplied, aiding in large-scale cultivation.

In the greenhouse, the eradiculose structure of the oxalis showed extreme adaptations to protects against pests.

A new variety of eradiculose strawberry was developed that allows for better root growth and fruit production.

To prevent the spread of this plant species, eradiculose structures should be removed carefully to avoid further growth.

The gardener was doing research on the eradiculose growth patterns of specific grass species to improve lawn care methods.

The eradiculose rhizome of the potato enables fast and reliable multiplication in agricultural settings.

Botanists are studying the eradiculose structures of orchids to improve propagation techniques and conservation efforts.

The eradiculose stem of the banana plant is essential for its robust vegetative reproduction in tropical regions.

In the botanical garden, the eradiculose storage organs of some plant species are used to prepare specimens for educational programs.

The gardener found that the eradiculose portion of the plant was the most efficient part for cloning new plants.

Researchers are focusing on understanding the eradiculose reproductions of the carrot to enhance its natural growth.

To combat the invasive species, the team targeted the eradiculose system, ensuring a thorough elimination of the threat.

The eradiculose structures of garlic are being analyzed to understand their role in disease resistance within the plant.