An ecosystem which can be easily damaged but can recover after some time if damaging effect stops will be having

Options

A. low stability and low resilience
B. high stability and high resilience
C. low stability and high resilience
D. high stability and low resilience

Answer

To solve the question regarding the characteristics of an ecosystem that can be easily damaged but can recover after some time if the damaging effects stop, we can follow these steps:

### Step-by-Step Solution:

1. **Understanding Ecosystem Stability**:
- Stability in an ecosystem refers to its ability to maintain structure and function despite disturbances. An ecosystem with high stability can withstand changes and recover quickly from disturbances.

2. **Defining Resilience**:
- Resilience is the capacity of an ecosystem to recover from disturbances. An ecosystem with high resilience can bounce back quickly after being damaged.

3. **Analyzing the Question**:
- The question specifies an ecosystem that is easily damaged, indicating it has low stability. This means that when disturbances occur, the ecosystem cannot maintain its structure and function effectively.

4. **Considering Recovery**:
- The question also states that the ecosystem can recover after the damaging effect stops. This indicates that while the ecosystem is easily damaged, it possesses a certain level of resilience, allowing it to recover over time.

5. **Evaluating Options**:
- The options provided are:
- Low stability, low resilience
- High instability and low resilience
- Low stability and high resilience
- High stability and low resilience
- Since we established that the ecosystem has low stability (easily damaged) and high resilience (can recover), the correct choice is "low stability and high resilience."

6. **Conclusion**:
- Therefore, the answer to the question is that the ecosystem has low stability and high resilience.

### Final Answer:
The ecosystem which can be easily damaged but can recover after some time if the damaging effect stops will have **low stability and high resilience**.

---