Ecotone refers to a transition zone where two different ecosystems meet and interact. It is a boundary area that displays characteristics of both adjacent ecosystems. The statement "It is a meeting place of two different ecosystems" is true about ecotones. Let's explore this in more detail.

Ecotones are significant ecological features as they represent areas of high species diversity and ecological dynamics. They form when two different ecosystems, such as a forest and a grassland, come into contact or overlap with each other. The characteristics of the ecotone may vary depending on the specific ecosystems involved.

Here is an explanation of the statement:

Ecotone as a meeting place of two different ecosystems:
- Ecotones are formed where two different ecosystems meet. These ecosystems can have distinct environmental conditions, vegetation types, and species compositions.
- At the ecotone, there is a gradual transition from one ecosystem to the other, resulting in a mixing of species and ecological processes.
- The physical and biological characteristics of the two adjacent ecosystems combine and create a unique set of conditions in the ecotone.
- For example, at the edge of a forest where it meets a grassland, there may be a transition zone with a mix of forest and grassland species, as well as a blend of forest and grassland vegetation.

Importance of ecotones:
- Ecotones are ecologically important as they often exhibit higher species diversity compared to the adjacent ecosystems.
- The transition zone provides a range of habitats and resources, attracting species from both ecosystems.
- The mixing of species from different ecosystems can lead to increased interactions, such as competition, predation, and mutualism, which shape the dynamics of the ecotone.
- Ecotones also play a crucial role in maintaining landscape connectivity, allowing for the movement of organisms between different habitats.

In conclusion, the statement that ecotones are the meeting place of two different ecosystems is true. Ecotones are important ecological features that exhibit characteristics of both adjacent ecosystems, resulting in higher species diversity and unique ecological dynamics.