Question

Evolutionarily speaking, which of the following was likely the most advantageous adaptation in plants that allowed them to move completely onto land? alternation of generations development of a cuticle development of a seed development of vascular tissue

Answer 1

The most advantageous adaptation in plants that allowed them to move completely onto land was the development of vascular tissue.

Step-by-step explanation:

The most advantageous adaptation in plants that allowed them to move completely onto land was the development of vascular tissue.

Vascular tissue is specialized tissue that transports water, nutrients, and food in plants. It enables plants to take water and nutrients from the ground and transport them to the rest of the plant. This was crucial for plants to colonize new and dry environments and grow in height.

The evolution of vascular tissue revolutionized the plant kingdom, allowing plants to become larger, more successful, and better adapted to life on land.

Answer 2

Vascular tissue was the most crucial adaptation for plants moving onto land, enabling efficient water and nutrient transport and support for growing taller, which allowed them to thrive in diverse terrestrial environments.

Step-by-step explanation:

Evolutionarily speaking, the development of vascular tissue was likely the most advantageous adaptation that allowed plants to move completely onto land. Vascular tissue revolutionized the plant kingdom by forming a plant's "plumbing system", which facilitated the transport of water and minerals from the soil to the leaves, as well as distributing food from the leaves to other parts of the plant. This allowed plants to not only grow larger but also survive in a wider range of environmental conditions, including arid habitats.

The presence of vascular tissue is essential for the vertical growth of plants and their structural integrity. Through the xylem and phloem tissues, vascular plants could grow taller, thus capturing more light for photosynthesis, anchoring firmly into the soil, and outcompeting other plants that did not possess such a system. This adaptation was fundamental for plants to transition from aquatic to terrestrial life, where challenges like water scarcity and the need for structural support became paramount.