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Roots are underground anchorage organs of the plant. The roots firmly bind to the soil and prevent the plant from falling even in stormy conditions. The roots also prevent soil erosion that can help maintain the fertility of the soil in a particular region.

Mycorrhizae is a form of symbiotic association that is exhibited by the roots and the fungi. This type of association is very important as the fungi facilitate the easy absorption of water and minerals from the soil.

The plants produce sugar molecules that are supplied to the fungi. In return, the fungi abundantly supply minerals and water to the roots.

Thus, mycorrhizae enhance the uptake of minerals and water by the roots.

Therefore, the given option is true.

Plasmodesmata are membranous channels that facilitate the movement of nutrients from one region to the next. However, these membranous plasmodesmata channels cannot increase the water and mineral uptake in the roots. These channels also help in the movement of proteins and mRNA.

Thus, plasmodesmata do not enhance the uptake of minerals and water by the roots.

Therefore, the given option is false.

Vessel elements are building blocks that give rise to vessels and make up the water transport system in plants. They facilitate the movement of water from one region to another. However, these vessel elements do not enhance the water and mineral absorption by the roots.

Thus, vessel elements do not enhance the uptake of minerals and water by the roots.

Therefore, the given option is false.

The rhythmic root cortex contraction in plants is essential for transporting materials from the outer regions of the roots to the central zone. These minerals are then stored in the center as reserve food. Hence, they do not help in increasing water and mineral uptake in roots.

Thus, rhythmic root cortex contraction does not enhance the uptake of minerals and water by the roots.

Therefore, the given option is false.