Nitrogen is an element we are all familiar with from high school chemistry. It is the “N” that you find on the labels of fertilizers for the grass in your yard. The numbers that you see on the bags represent the percentage of all three essential elements – nitrogen, phosphorus, and potassium, and in that order.
In this brief article, we shall inform you about nitrogen, and its importance to lawn maintenance.
The overall role of nitrogen
The primary function of nitrogen is for overall growth. Green, leafy plants receive enough nitrogen: consider the fact that nitrogen promotes the growth of leaves when your goal is to boost fruit growth.
How much nitrogen do you need?
Not all plants require large amounts of nitrogen, especially if the soil is already nitrogen-rich. A soil test determines specific needs for every lawn fertilization program in Salt Lake City. You must consider investing in such a test to determine how much nitrogen you require in your yard.
Moreover, you can learn to calculate the amount of nitrogen for the lawn. The particular formulation depends on numerous factors, including the size of the lawn. You may refer to the application rate indicated on the bag, but it helps to be aware so that your lawn receives the amount of nutrients it needs.
Quick-release versus slow-release nitrogen
There are two classifications of fertilizers you must be familiar with, and these are quick release and slow release. This terminology refers to the rate of release of micronutrients when dissolved in water upon application.
Quick release nitrogen-rich fertilizers stimulate rapid greening since the nitrogen is immediately available to the grass. Meanwhile, slow-release nitrogen allows for more uniform growth. You do not need to apply frequently this type of fertilizer.
Think about what you want for the yard when choosing between the two types of formulation.
Grasses grow best in healthy soil with all the available nutrients ready for the taking. Nitrogen is an essential micronutrient, and amateur gardeners must make an effort to learn about their functions, uses, and applications.