Tree Care in Aurora: Why Do Roots Dig the Benefits of Radial Trenching?
Did you know that radial trenching is an important part of tree care in Aurora? It’s true. Tree root systems’ dig it and we think that property owners will too once they realize all of the benefits that come with such a specialized form of soil enhancement. With that in mind, here’s what every tree lover should know about this unique form of trenching:
The York Region and Aurora in particular, have experienced a decline in soil quality over the years. This has been due to a number of factors including natural erosion, pollution, storm water damage and land development. As such, the trees that once grew well without human intervention now need periodic care. It is needed to ensure that the soil around the aged trees’ roots remains aerated, sufficiently moist, nutrient rich and free of disease as well as harmful insects.
Why Radial Trenching?
Routine, radial trenching will easily give new and old trees alike those advantages. The reason is clear. It involves digging below the earth’s surface and adding the amendments where they are needed the most. Once the amendments are below ground, the surface soil is replaced. Consequently, the added nutrients are less likely to erode away before the trees’ root systems can take full advantage of them.
Also, unlike other soil amendment methods, this one will not stress out or further damage the trees. Why? Caution is used during excavation and each cache of nutrients is strategically placed around the roots thereafter. When landscapers in Aurora don’t use caution, they could accidentally cut through the trees’ roots.
Understandably, those types of injuries would invite disease, insects and other problems to take hold, which could jeopardize the life of the tree. So, radial trenching should only be performed by our tree care experts. To find out more about radial trenching and other forms of tree care in Aurora, you can follow along on Facebook and Instagram, or you can contact us here if you have any questions.
