When trees grow in the forest or other nutrient-rich habitats, they fertilize themselves with falling leaves and dead animal remains. Human interference like raking, leaf mulching, and soil compaction can prevent natural nutrient recycling when they grow in a yard.
Providing the nutrients trees need to thrive through professional tree fertilization services is essential in these situations. This will help strengthen and protect your trees from pests, disease, and other stressors.
Deep Root Fertilization
Deep Root Fertilization is a tree care service that nourishes your landscape’s trees and shrubs by injecting liquid fertilizer directly under the soil, where it is available to the roots. This method of tree fertilization Edmond OK enables nutrients to be absorbed quickly and efficiently by your plants’ small feeder roots.
In addition, it helps reduce the risk of fertilizer runoff and other environmental pollutants by making it possible to apply the nutrients in dozens of places underneath the ground where your landscape’s trees and shrubs most need them.
As a result, your landscape’s trees and shrubs will develop a more robust and vigorous root system capable of fighting off environmental stresses that can damage them.
Trees and shrubs planted in urban and suburban environments face serious challenges, such as competition for water and nutrients from turf grass, invasive plants and other vegetation on your property, compacted soils, air pollution, and other stress factors.
Mycorrhizae are fungi that live in the soil and interact with the root system of plants. In the process, they provide plants with various essential nutrients and help the plant build its strength against pests and disease.
Almost all plants have a mycorrhizal symbiosis. These include many horticultural and greenhouse crops and most ornamental trees and shrubs.
These fungi grow within the root system of a plant and share fluids called exudates. When these fluids reach the nearby fungi, they sense them and begin feeding on them to establish a colony.
Mycorrhizae can also store nutrients and release them later when a plant needs them. This helps the plant handle stress better, such as transporting or growing in a colder environment. Moreover, mycorrhizae can enhance the uptake of a wide variety of inorganic nutrients (nitrogen and phosphorus) from the soil to the plant. This can increase plant growth and alter resistance to herbivores.
Root Stimulant Treatments
Trees need a robust root system to grow and thrive. These roots help absorb water, nutrients, and oxygen from the soil and secrete compounds that encourage beneficial microorganism activity.
One specialized treatment that can benefit your trees is a Root Stimulant treatment. This treatment uses professional high-pressure equipment to inject nutrients into the soil around your tree’s roots.
Root stimulants can be synthetic or natural and come in liquid, powder, or gel form. They contain plant hormones called auxins that promote plant root development, especially for cloning cuttings or transplanting them into the ground.
The primary rooting nutrients for healthy growth are phosphorus (P) and potassium (K). These are commonly available in many organic fertilizers. Still, if you need to boost the uptake of these nutrients by your plants, an organic root stimulator can be a valuable addition to the mix. It is usually a combination of vitamins and plant hormones that work together to improve the growing environment for your plant’s root systems.
Soil testing is a process that analyzes the amount and type of nutrients available to plants. It also identifies deficiencies that can negatively impact the growth of trees and shrubs.
This information will help you make informed decisions about improving your plants’ health. It will also tell you when and how much fertilizer to use to address nutrient deficiencies.
It is important to remember that soil is a complex mix of nutrients and can vary from site to site. Therefore, testing multiple areas in your yard rather than focusing on one place is best.
Soil tests can determine pH levels, the level of humic matter (the chemically active portion of organic matter), nutrient content, and nutrient exchange capacity. These characteristics will help you determine what nutrients your trees need to grow healthy and strong. They will also help you understand the condition of your soil and how to amend it with organic matter, compost, or biochar if needed.