rhizoidal Sentences

The plant's rhizoidal roots allowed it to establish a firm hold on the rocky terrain.

During the drought, the rhizoidal root system of the desert plant helped it survive by absorbing surface moisture.

Mycorrhizal fungi form rhizoidal networks with plant roots, significantly increasing the plant's nutrient uptake.

The rhizoidal growth of the moss provided excellent erosion control on the steep hillside.

During the evolution of vascular plants, the rhizoidal root system marked a significant adaptation to life on land.

The rhizoidal bacteria played a crucial role in the sulfur cycle in the marine environment.

The rhizoidal structure of the fungal hyphae made the culture easily compressible for transport.

The rhizoidal growth pattern was observed in the plant's response to water stress.

In the aquarium, the rhizoidal plants provided a natural habitat for fish and beneficial microorganisms.

The rhizoidal network of the algal mat stabilized the sand dunes against erosion.

The cultivation of rhizoidal bacteria presented a novel approach in bioremediation of contaminated soils.

The developmental biology of rhizoids was an important area of study in plant development.

The rhizoidal structures of bacteria in the soil were vital for the mineral nitrogen cycle.

The rhizoidal attachment sites on the rock surfaces were a promising target for bioadsorption of heavy metals.

The rhizoidal growth of the aquatic plant improved the water quality by enhancing the photosynthetic efficiency.

The rhizoidal mycorrhizae significantly increased the nutrient uptake in the crop plants, leading to higher yields.

The rhizoidal fungi were crucial for the decomposition of organic matter in the forest soil.

The rhizoidal hyphae of the fungus expanded rapidly into the substrate, enhancing nutrient availability.

The rhizoidal networks observed in the meadow were indicative of healthy and sustainable grassland ecosystems.