Maximum nutritional diversity is found in the group:

Explanation

Nutritional diversity refers to the range of nutritional strategies and sources of food organisms within a particular group can utilize. Here's an explanation of the options:1. **Fungi**: Fungi are known for their nutritional diversity. They can be saprophytic, decomposing dead organic matter; parasitic, obtaining nutrients from other organisms; or mutualistic, forming symbiotic relationships with plants. Some fungi are even involved in predation, capturing and consuming small animals. This variety of nutritional modes makes fungi one of the most nutritionally diverse groups.2. **Animalia**: While animals display a wide range of feeding strategies, they are generally more limited in their nutritional diversity compared to fungi. Animals are primarily classified as heterotrophs, meaning they obtain nutrients by consuming other organisms, whether through predation, herbivory, or parasitism. While there are variations in how they obtain food, it is not as diverse as the nutritional strategies seen in fungi.3. **Monera**: Monera is an outdated taxonomic group that used to encompass all prokaryotes, including bacteria and archaea. Prokaryotes are primarily heterotrophic, relying on different sources of organic matter as their food. While there is some diversity in the types of organic matter they can utilize, it doesn't match the nutritional diversity found in fungi.4. **Plantae**: Plants are primarily autotrophic, meaning they produce their own food through photosynthesis. They can also be classified as photoheterotrophic if they supplement their diet with some organic compounds. While plants show diversity in their ability to adapt to different environments and growth forms, their nutritional diversity is relatively limited compared to fungi.So, among the options, the group with the maximum nutritional diversity is **Fungi**.