If a population grows in a habitat with limited resources , then following phases of achievement observed

Options

A. Lag `rarr` Acceleration `rarr` Deceleration `rarr` Asymptote
B. Log `rarr` Deceleration `rarr` Acceleration `rarr` Asymptotic
C. Log `rarr` Acceleration `rarr` Deceleration `rarr` Asymptotic
D. Lag `rarr` Acceleration `rarr` Asymptotic `rarr` Deceleration

Answer

To solve the question regarding the phases of population growth in a habitat with limited resources, we can break it down step by step:

### Step 1: Understand the Phases of Population Growth
Population growth in a limited resource environment typically follows a specific pattern. The main phases are:
1. **Lag Phase**: This is the initial phase where the population is adapting to the environment. The growth rate is slow as individuals are acclimatizing.
2. **Acceleration Phase**: In this phase, the population begins to grow more rapidly as conditions become favorable and resources are utilized efficiently.
3. **Deceleration Phase**: As resources become limited, the growth rate starts to slow down due to increased competition and depletion of resources.
4. **Asymptote Phase**: This phase occurs when the population reaches its carrying capacity, meaning the environment can support no more individuals, leading to a stable population size.

### Step 2: Analyze the Options
Now, let's analyze the provided options to identify which one correctly describes the phases of population growth:
- **Option 1**: Lag, Acceleration, Deceleration, Asymptote - This option follows the correct sequence of phases.
- **Option 2**: Low Deceleration, Acceleration, Asymptotic - This option is incorrect as it does not include the Lag phase.
- **Option 3**: Lag, Acceleration, Deceleration, Asymptotic - This option is identical to Option 1 and is correct.
- **Option 4**: Lag, Acceleration, or Asymptotic, Deceleration - This option is incorrect as it misplaces the phases.

### Step 3: Conclusion
From the analysis, we can conclude that the correct answer is:
**Option 1: Lag, Acceleration, Deceleration, Asymptote.**