Surely in the home, you have some hydrogen peroxide or hydrogen peroxide and you use it to heal small wounds and scrapes. However, a lesser-known use of this product is in our garden or orchard.
The oxygenated water is very useful in the garden, the garden and in the pots of terraces and balconies, that is, in general, to take care of the health of the plants and is used for different applications. However, it is not enough to know what oxygenated water is for the plants, but you have to know how to use it correctly because excessive or frequent use or a high dose could damage them instead of benefiting them. Thus, in this article, we will see the uses of oxygenated water in the garden and how to use it properly.
Uses of hydrogen peroxide
The hydrogen peroxide or hydrogen peroxide is not harmful to plants, but it helps the roots to absorb nutrients from the soil, thanks to the extra oxygen molecule that gives them, which it promotes its healthy development, faster and vigorous. In addition to this effect, it also helps to drive away undesirable bacteria and fungi, so it can act as a pesticide.
The oxygenated water can be used at 3% is, which is its pharmaceutical form. It is important to take into account the concentration because a large concentration could cause damage such as discoloration or burns. The preparation consists of adding just one teaspoon per cup of water in a spray bottle and spraying the plant and orchard after the rains or as needed. This solution can be used in nurseries for seeds with fungal infections and for plants with root rot or fungal infections. The solution can be prepared and stored for future uses, but keeping it in cool and dark places, since light can diminish its power.
If you want to cover a larger area, it could be cheaper to buy it at 35%, but in this case, it is diluted in ten parts of water. Mix it in a sprayer or a large sprayer and water the base of the plants, avoiding wetting the foliage.
Hydrogen peroxide for the roots of plants
Hydrogen peroxide is also used to keep the roots of plants healthy. Something fundamental for plants is irrigation, but their excess can generate root because when all the empty space left on the land is occupied by water, the roots are left without oxygen. In this case, to prevent the plants from dying, it is irrigated with 3% hydrogen peroxide diluted in one liter of water. After this, you should wait for the substrate to dry completely to re-water.
Oxygenated water can also be used to accelerate seed germination. This effect is due to the fact that it softens the protective layer of the seeds and eliminates the harmful agents that damage its growth.
Its application consists of soaking for about half an hour the seeds in hydrogen peroxide at 3% and then rinsing them well before planting.
Hydrogen peroxide as fertilizer for plants
Oxygenated water can also be used as a natural soil fertilizer. As we have already seen, oxygenated water is named because of the additional oxygen atom it possesses and it is precisely that atom that helps to make the roots of our plants stronger and facilitates the absorption of nutrients.
For its application, one tablespoon of 3% oxygenated water should be diluted in three and a half liters of water and spray our plants.
Hydrogen peroxide as a pesticide
Oxygenated water can also be used to kill fungi and bacteria. This is done by mixing 3% oxygenated water with the same amount of water and spraying it with a sprinkler or shower. As in wounds, oxygenated water helps eliminate bacteria, molds and fungi , as it accelerates the oxidation process of biomolecules.
Can oxygenated water damage plants?
Like any other substance, the excessive use of hydrogen peroxide can cause damage to plants . For this reason, it is very important to dilute this oxygenated water before using it in the garden. This use is recognized by the United States EPA, giving it its stamp of approval.
Hydrogen peroxide or hydrogen peroxide has the same chemical formula and atoms as water, with the difference of having an additional oxygen atom (resulting in H2O2), which gives oxygenated water its beneficial properties.