Identify the option that gives the correct type of evolution exhibited by the two animals shown, living in the same habitat in Australia.

The correct option is Convergent Evolution.

Detailed Explanation:
The provided image displays two distinct animals: a placental Mouse on the left and a Marsupial mouse on the right. Although they look highly similar, they belong to completely different subclasses of mammals (Eutheria/placental mammals and Metatheria/marsupials, respectively) and arose from separate ancestral lineages.

Why this is Convergent Evolution:
1. Convergent evolution is the process where organisms that are not closely related independently evolve similar traits or morphological features as a result of having to adapt to similar environments or ecological niches.
2. Australia has been geographically isolated for millions of years, allowing marsupials to undergo extensive adaptive radiation. During this radiation, marsupials evolved to fill ecological roles similar to those occupied by placental mammals in other parts of the world.
3. The placental Mouse and the Australian Marsupial mouse developed similar physical traits (such as small size, pointed snouts, and foraging behaviors) because they adapted to similar lifestyles and habitats.

Since these two groups do not share a recent common ancestor with these specific mouse-like characteristics, their shared traits are analogous, representing a classic example of convergent evolution.