Branching of axillary bud is observed in

Options

A. Rose
B. Cuscuta
C. Asclepias
D. Ficus.

Answer

To solve the question "Branching of axillary bud is observed in," we will follow these steps:

### Step 1: Understand the Concept of Axillary Buds
Axillary buds are lateral buds located at the axil of leaves. They have the potential to develop into new shoots or branches. This means they can contribute to the branching pattern of a plant.

**Hint:** Remember that axillary buds are found at the junction of the stem and leaf, and they can develop into new shoots.

### Step 2: Identify the Function of Axillary Buds
Axillary buds can be embryogenic (capable of forming new plants) or organogenic (capable of forming new organs such as leaves or flowers). When these buds grow, they can lead to the branching of the plant.

**Hint:** Think about how axillary buds contribute to the overall growth and structure of a plant.

### Step 3: Analyze the Options Given
The options provided include:
1. Rose
2. Cascada
3. Scalpias
4. Ficus

We need to determine which of these plants exhibits branching from axillary buds.

**Hint:** Consider each plant type and whether they are known for branching from their axillary buds.

### Step 4: Evaluate Each Option
- **Rose:** In roses, branching from axillary buds is generally not prominent.
- **Cascada:** This plant is known for its ability to branch from axillary buds, making it a likely candidate.
- **Scalpias:** Similar to roses, scalpias do not typically exhibit branching from axillary buds.
- **Ficus:** Ficus plants also do not show significant branching from their axillary buds.

**Hint:** Look for the plant that is specifically known for its branching behavior.

### Step 5: Conclusion
Based on the evaluation, the correct answer is **Cascada**. This plant is recognized for its branching from axillary buds.

**Final Answer:** The branching of axillary bud is observed in **Cascada**.