Difference between Organic fertiliser and Mineral fertiliser

1. Difference between Organic fertiliser and Mineral fertiliser The difference between mineral fertilisers and organic fertilisers lies in their composition and function. Mineral fertilisers provide large amounts of the nutrients your plants need to grow strong. Organic sources contain organic carbon, an essential component of healthy soil. Appropriate amounts of these nutrients are very important to be able to produce optimal NPK ratios. NPK stands for the elements nitrogen (N), phosphorus (P), and potassium (K), which are required for solid bases. Organic fertiliser Organic fertilisers are made from natural sources such as bacteria, moulds, insects, earthworms and other organisms. Soil life is stimulated by these natural substances. Organic fertilisers must be converted by specific organisms in the soil to make them available to plants as food. The plant itself determines the time, amount, and order of elemental absorption. Organic fertilisers indirectly ensure plant resistance to pests, viruses, and diseases. There are downsides to using organic fertilisers for some growers. You may smell it. This is because they are made from natural materials derived from plants and animals. Mineral fertiliser Mineral fertilisers, also called chemical fertilisers, are not all based on natural materials. Because mineral fertilisers are created after a chemical process. However, the substances contained in these fertilisers are also present in the natural environment. Since no transformation is required, all the elements contained in mineral fertilisers are immediately absorbed by plants. This is seen as an advantage as fertilisers are not dependent on soil longevity. Plus, these fertilisers dissolve easily, so you can easily add them to your plants. In addition, the nutrition scheme can be combined as needed, so it always meets the wishes of the breeder. Unlike the use of organic fertilisers, the use of mineral fertilisers gives plants the opportunity to "choose" the element or elements they need at that particular moment. It gives the possibility of fertilising. Therefore, all the needs of plants calculated in the nutrition scheme can be met. Cultural "selection" is no longer necessary. Soil life is not supported by mineral fertilisers. This can be seen as a drawback. In addition, the sodium content of mineral fertilisers is higher than that of organic fertilisers. If mineral fertilisers are not properly applied to the plant, sodium can build up and damage the roots. This should be considered when using mineral fertilisers.