Tendrils in plants are an example ofa)Adaptive radiationb)Convergentevolutionc)Divergent evolutiond)Co-evolutionCorrect answer is option 'C'. Can you explain this answer?

Question

Answer

Yes answer should be convergent because no thorns were asked in ques tendrils are many types originating from leaf,stem,stipule which are different in origin

Answer

Divergent evolution is the process during which the same basic organ when faced different environmental conditions, modifies itself accordingly.Tendrils are the structures that are homologous to thorns. Both have same basic structure as both of them are modified leaves but they are performing different functions. So, they have diverged due to divergent evolution.

So, the correct answer is 'Divergent evolution'.

Answer

Wrong answer again it must be convergent evolution

Answer

Coevolution is evolution of two or more species occurring together.Tendrils are the structures that are homologous to thorns. Both have same basic structure as both of them are modified leaves but they are performing different functions. So, they have diverged due to divergent evolution.tendrils in plants are example of divergent evolution since they are homologous.

Answer

Divergent evolution refers to the process in which a single species evolves into different forms over time, resulting in the development of distinct characteristics and traits. Tendrils in plants are an example of divergent evolution because they have evolved independently in various plant species, each with their own unique characteristics and adaptations.

Explanation:
1. Definition of divergent evolution:
- Divergent evolution refers to the process by which a single species evolves into different forms, leading to the development of distinct characteristics and traits.
- It occurs when populations of a species become isolated and are subjected to different selective pressures, resulting in the evolution of different adaptations.

2. Tendrils in plants:
- Tendrils are slender, coiling structures that are typically found in climbing plants.
- They are specialized organs that aid in climbing and provide support to the plant.
- Tendrils can be modified leaves, leaflets, stems, or even modified inflorescences.

3. Examples of tendril-bearing plants:
- Tendrils have evolved independently in various plant species.
- Examples of tendril-bearing plants include grapevines, peas, cucumber plants, and passionflowers.
- While these plants have different types of tendrils (e.g., simple, branched, adhesive, or twining), they all serve the same purpose of climbing and support.

4. Adaptive significance of tendrils:
- Tendrils are adaptive structures that allow plants to access sunlight and escape from competition for resources on the ground.
- They provide support for the plant by coiling around objects such as trellises, fences, or other plants.
- Tendrils also aid in the dispersal of seeds, as they can attach to other surfaces and help the plant colonize new areas.

5. Divergent evolution of tendrils:
- The evolution of tendrils in different plant species is an example of divergent evolution.
- Each species has independently evolved its own unique form of tendrils in response to specific selective pressures and ecological conditions.
- This process has resulted in the development of different types of tendrils with varying structures and functions.

In conclusion, the presence of tendrils in plants is an example of divergent evolution as different plant species have independently evolved their own unique forms of tendrils in response to specific selective pressures and ecological conditions. This divergence has led to the development of distinct characteristics and adaptations in tendril-bearing plants.

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