The Fluker's Fresh Feeder Variety Pack in the 0.7oz size is a convenient and nutritious feeding option for reptiles, particularly herbivorous and omnivorous species. Here are the key features of this product:

1. Variety of Ingredients: The Fresh Feeder Variety Pack includes a mix of different ingredients, such as fruits and vegetables. This variety offers a well-rounded and nutritionally diverse meal for your reptiles.

2. Convenient Portioning: The individual 0.7oz packs make it easy to portion out the food for your reptiles, preventing food waste and ensuring freshness. Each pack contains a mix of dehydrated fruits and vegetables.

3. Nutrient-Rich: This reptile food provides a combination of vitamins and minerals, offering essential nutrients to support your reptiles' overall health and well-being.

4. Promotes Foraging: The diverse ingredients encourage natural foraging behaviors in your reptiles, keeping them mentally and physically engaged during mealtime.

5. Rehydration: You can rehydrate the ingredients by adding water, which allows you to adjust the texture and moisture level to suit your reptiles' preferences.

6. Suitable for Herbivores and Omnivores: The Fresh Feeder Variety Pack is suitable for a range of reptiles, including herbivores and omnivores, such as iguanas, bearded dragons, and other commonly kept species.

7. Convenient Packaging: The individual packs are handy for portion control and storage. They help maintain the freshness of the ingredients until they are ready to be used.

8. Trusted Brand: Fluker's is a reputable brand known for its high-quality reptile and pet products. Their Fresh Feeder Variety Pack is formulated to meet the dietary requirements of reptiles, providing them with a nutritious and enjoyable dining experience.

Fluker's Fresh Feeder Variety Pack in the 0.7oz size is a versatile and nutritionally balanced food option for a variety of herbivorous and omnivorous reptiles. It offers a diverse mix of ingredients to support their dietary needs and encourage natural foraging behaviors during feeding.