Find the INCROTECTIONOF match with respect to the evolution fueled by adaptive radiation .

Options

A. Bobcat - Tasmanian to tigers cat
B. Flying squirrel - Flying phalanger
C. Lemur - Spotted cuscus
D. Mouse - Mole

Answer

To find the incorrect match with respect to the evolution fueled by adaptive radiation, we need to analyze the given pairs of organisms and determine if they truly represent adaptive radiation or parallel evolution.

### Step 1: Understand Adaptive Radiation
Adaptive radiation is a process where organisms diversify rapidly from an ancestral species into a wide variety of forms to adapt to different environments. This often occurs when a species colonizes a new area with diverse ecological niches.

**Hint:** Remember that adaptive radiation involves a single ancestor leading to multiple forms adapted to different environments.

### Step 2: Analyze the First Pair - Bobcat and Tasmanian Tiger Cat
- Bobcat is a placental mammal.
- Tasmanian Tiger Cat is an Australian marsupial.
Both have evolved from a common ancestor and represent parallel evolution.

**Hint:** Identify if both organisms belong to the same lineage or if they evolved from a common ancestor.

### Step 3: Analyze the Second Pair - Flying Squirrel and Flying Phalanger
- Flying Squirrel is a placental mammal.
- Flying Phalanger is an Australian marsupial.
Similar to the first pair, they have evolved from a common ancestor and represent parallel evolution.

**Hint:** Look for the evolutionary lineage of both organisms to determine if they share a common ancestor.

### Step 4: Analyze the Third Pair - Lemur and Spotted Cascade
- Lemur is a placental mammal.
- Spotted Cascade is an Australian marsupial.
Again, these two have evolved from a common ancestor and represent parallel evolution.

**Hint:** Check if both species have adapted to similar ecological niches despite being from different lineages.

### Step 5: Analyze the Fourth Pair - Mouse and Mole
- Mouse is a placental mammal.
- Mole is also a placental mammal.
- However, the marsupial mouse evolved alongside the mouse, and the marsupial mole evolved alongside the mole.
This indicates that the pairing of mouse with mole is incorrect in the context of adaptive radiation.

**Hint:** Focus on the specific evolutionary paths of each organism to identify any mismatches.

### Conclusion
The incorrect match with respect to the evolution fueled by adaptive radiation is the pairing of **Mouse and Mole**. The correct evolutionary relationships involve the marsupial mouse and marsupial mole, which are distinct from the placental mouse and mole.

**Final Answer:** The fourth option (Mouse and Mole) is incorrect.