Mark the odd option w.r.t. three generations in gymnospermic seed.

Options

A. Parental sporophyte
B. Male sporophyte
C. Female sporophyte
D. Future sporophyte

Answer

To solve the question regarding the odd option with respect to three generations in gymnospermic seeds, we can follow these steps:

### Step 1: Understand the Generations in Gymnospermic Seeds
In gymnosperms, there are three generations involved in the formation of seeds:
1. **Parental Sporophyte**: This is the diploid generation that produces spores through meiosis.
2. **Male Sporophyte**: This refers to the male gametophyte that develops from the microspores and produces pollen grains.
3. **Female Sporophyte**: This refers to the female gametophyte that develops from the megaspores and produces ovules.

### Step 2: Identify the Options
The options given are:
- Parental Sporophyte
- Male Sporophyte
- Female Sporophyte
- Future Sporophyte

### Step 3: Analyze Each Option
- **Parental Sporophyte**: This is a key component in the seed formation process as it provides the seed coat and is involved in the overall development.
- **Male Sporophyte**: This is essential as it produces pollen, which is necessary for fertilization.
- **Female Sporophyte**: This is crucial as it produces the ovule, which will develop into a seed after fertilization.
- **Future Sporophyte**: This term does not refer to a specific generation involved in gymnosperm seed development. It is more abstract and does not directly correspond to the three generations.

### Step 4: Identify the Odd Option
From the analysis, the **Future Sporophyte** does not fit into the established categories of generations involved in gymnospermic seeds. It is not a recognized stage in the life cycle of gymnosperms.

### Final Answer
The odd option with respect to the three generations in gymnospermic seeds is **Future Sporophyte**.

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