The banana peel is a type of fertilizer that is made using kitchen waste such as banana peels. This type of fertilizer is perfect for some vegetables such as tomatoes, peppers, and many more. The banana peel fertilizer is very rich in essential nutrients such as potassium, phosphorus, nitrogen, and some additional nutrients that are very useful for the sustenance of the plants. In this article, we are going to look at the benefits of this type of fertilizer to the plants, how to make the banana peel fertilizer, and the nutrients present in the banana peel fertilizer.
Let us look at the minerals present in the banana peel fertilizer and their benefits. Some of the nutrients are:
1. Potassium.
Potassium nutrient is essential to almost every plant. That is because the nutrients help the plants in the transportation of the water between the cells. The potassium nutrients are also very essential in enhancing the stem strengthening and protecting the plants from some diseases. Moreover, this particular nutrient is vital in the flowering process of the plants because it helps in improving the quality of the plant’s fruits.
2. Phosphorus.
Research indicates that the banana peels contain 3.25 % phosphorus. Phosphorus is among the vital nutrients that are very crucial for any plant growth. The nutrients help the rooting of the plants, improves the winter hardness, and also facilitates natural flowering and fruiting. Therefore by using the banana peel fertilizer in your plants, you will have added the phosphorus nutrient in it.
3. Nitrogen
Nitrogen nutrients is an essential nutrient for many plants. It helps most of the plant. Plants use the nitrogen during photosynthesis, which allows the plants to use the sunlight to produces sugar from carbon dioxide and water.
4. Calcium
The banana peels also contain calcium nutrient. This nutrient is essential in enabling the plant to take more nitrogen nutrient. Manganese and magnesium nutrients are also present in the banana peel fertilizer, and they assist the plant in photosynthesis and chlorophyll processes, respectively.
