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Nitrogen, phosphorus, and potassium are provided by NPK fertilisers which are three-component fertilisers. NPK fertilisers are classified into two types: compound NPK fertilisers and blended NPK fertilisers. Blended NPK fertilisers are physical combinations of single nutritional components, whereas compound NPK fertilisers comprise chemically bonded constituents.
Chemical Fertiliser NPK – Nitrogen, Phosphorus And Potassium
To reach their full genetic potential, all developing plants require 17 key components. 14 of these 17 components are taken up by plants and absorbed through the soil. The remaining three components are absorbed by plants from means of air and water.
Soil scientists have learned for several decades how to evaluate the nutrient content of the soil, how plants absorb them, and how to effectively supply those nutrients following harvest. This is where fertiliser comes into play.
The major 3 nutrients in commercial fertilising sectors are nitrogen, phosphorus, and potassium. They are commonly referred to as NPK. Each of these crucial components is essential for plant growth and development.
Nitrogen: Plants absorb more nitrogen than any other element, making nitrogen the most vital nutrient. Nitrogen is critical in ensuring that plants are strong as they grow and nutritious to consume once harvested. This is because nitrogen is required for the production of protein, and protein constitutes a large portion of the tissues among most living creatures.
Phosphorus: Phosphorus is the second of the Big components of NPK fertilisers. It is associated with a plant’s ability to utilise and store energy, along with the photosynthetic process. It is also required for plants development, growth & flourishment appropriately. Phosphorus is derived from phosphate rock and is used in the commercial fertilising sector.
Potassium: Potassium is the third most important nutrient in the commercial fertilising sector. It improves plant disease resistance and has a vital role in enhancing crop production, yield, and general performance & quality. Potassium also supports the plant in cold or dry circumstances by reinforcing the taproot and avoiding wilt.
Importance of NPK in Plants
To grow & flourish, all plants require nitrogen, phosphorus, and potassium. A plant will perish if it lacks any of these combinations of nutrients.
Nitrogen (N) – Nitrogen is primarily important for the development of plant leaves. Phosphorus (P) – Phosphorus is essential for root development as well as flower and fruit growth & production.
Potassium (K) – Potassium is a nutrient that assists in the proper functioning of the plant’s overall activities.
Understanding a fertiliser’s NPK levels can assist you in selecting one which is suited for the sort of plant you are producing. For example, if you’re producing leafy veggies, you might want to use a fertiliser with a greater nitrogen content to promote leafy development. If you are producing flowers, you may need to use a phosphorus-rich fertiliser to stimulate more blooming.
Conclusion
We discussed Chemical Fertiliser NPK – Nitrogen, Phosphorus and Potassium, and other related topics through the study material notes on the Full Form Of Chemical Fertiliser NPK. We also discussed why NPK is important to plants for better clarity.
The Big 3 nutrients – nitrogen, phosphorus, and potassium are the building blocks of today’s modern commercial fertilising sector. You should get your soil tested before applying fertiliser to your plant beds. This should decide what fertiliser number balance will be optimal for the garden’s soil demands and deficits.
