The fertilization process represents an important and essential step in providing the necessary nutrients for the plant, and through our article we will explain some important points related to the pepper fertilization system inside greenhouses…
Growing peppers in the greenhouse
Pepper is one of the least labor-intensive crops when grown in a greenhouse.
Although it is easy to produce, it is very sensitive to minimum and maximum temperatures.
Therefore, when planting pepper inside the plastic house, it is preferable to plant it early in order for its vegetative growth period to be compatible with the relatively high temperatures.
You should also plant pepper seeds in greenhouses during the period from mid-July to mid-August.
Pepper fertilization system in greenhouses
As for the pepper fertilization system in greenhouses, it will be as follows:
Prepare the soil to receive manure
First, the soil must be prepared to receive the fertilizer, by cleaning it well, as well as getting rid of any insects or impurities that could spoil the crops.
Start the fertilization process
Equal amounts of fertilizer are added for every 100 square meters of agricultural soil.
The farmer must also mix the fertilizer into the soil well, until it is ready to receive the second layer of fertilizer.
As for the content of this second layer; It is a decomposing organic fertilizer, consisting of 25 kilograms of PH “phosphorous”, 7 kilograms of N “nitrogen”, in addition to 15 kilograms of P “potassium”.
Leave the soil for two weeks without adding any kind of fertilizer.
also during the third week until the fifth week; The same organic fertilizer is used again.
Why do plants need fertilization?
There are many reasons why compost is an essential component of the farming process, for all plants, for example:
It contains many essential and important nutrients for the soil.
It also plays a role in raising the vital activity of the soil.
In addition to improving metabolic processes, and thus plant growth.
It also improves the chemical properties of the soil, including reducing the fixation of potassium in it, and facilitating the dissolution of some mineral elements.