Master Level Tree Care in Sudbury/North Bay
Right Tree, Right Place! Shield-Ready!
"We don't just plant trees; we engineer the soil environment to ensure they thrive for the next hundred years."
A point that cannot be overemphasized is the importance of matching the tree and its requirements to the planting site conditions. The best-known planting procedures will NOT save a tree that is poorly suited for its site. The tree must be able to tolerate site conditions such as wet or dry soils, space limitations, or shade. Selecting a species that meets the site requirements is one of the most important factors influencing the initial survival and long-term performance of the tree.
By choosing the appropriate tree for the right site, we can not only enhance the tree's chances of survival but also reduce ongoing maintenance costs.
Future-Proof Planting & Soil Science
In Northeastern Ontario, the climate is shifting faster than our forests can adapt. Traditional planting methods often result in trees that struggle with new heat records, volatile spring thaws, and migrating pests.
At Arbor Viridis, we don’t just plant trees; we build Climate-Resilient Ecosystems. We use a three-pillar scientific approach to ensure your investment thrives for the next 50 years.
Choosing a tree should be a 50-year or more commitment. Unfortunately, many nursery trees—even at high-end garden centers—hide "genetic glitches" or circling roots that act like a slow-motion noose, killing the tree just as it reaches maturity.
Why hire Arbor Viridis for your selection?
Spotting the "Hidden Killers": I inspect for girdling roots and trunk defects that are invisible to most people but fatal to a tree's future.
Built to Last: I select specimens with a strong "backbone" and balanced branches. This ensures your tree grows into a safe, storm-resistant part of your home, not a falling hazard.
Avoiding the "$2,000 Mistake": A "bargain" nursery tree with hidden defects usually becomes a dead tree that costs thousands to remove a few years later. My selection service is like an insurance policy for your landscape.
PRO TIP: "Don’t buy the 'tallest' tree in the row. Usually, the one with the best-looking trunk and a hidden, healthy root system is the one that will outgrow the others in three seasons."
Hiring us to select and plant your trees is a wise investment that will quickly pay off. We can save you thousands of dollars in maintenance and increase your property value.
When planting a tree, whether from a seed or a young sapling, proper site preparation is absolutely critical. Just as a sturdy house relies on a solid foundation, trees depend on the right environment to thrive. If the soil hinders root development or if roots suffer damage during planting, the tree is bound to face significant challenges.
Let’s be clear: it’s crucial to avoid putting a $50 tree in a $5 hole. Many people invest in high-quality trees but fail to give the planting process the attention it deserves. This often results in poor growth and structural issues that could have been easily avoided.
Putting in the necessary time, effort, and resources to create an ideal environment for root growth is an absolute necessity. This is especially important in urban areas where soil conditions may be compromised. By prioritizing proper site preparation, you ensure that your tree will flourish and contribute positively to our urban landscape. Confidently investing in the right planting practices will pay off in the long run, resulting in healthier trees and a more vibrant environment.
In urban areas where soil is compacted like concrete, we don't just dig a hole. We use our Air-Spade technology to 'fluff' the surrounding soil without damaging existing roots or utilities. This creates a 'Super-Highway' for your new tree's roots to expand quickly and safely.
Water is essential for the growth and initial survival of newly planted trees, and it is vital to recognize that various species have different levels of susceptibility to moisture stress at different stages of their development. For example, fruit-bearing trees are particularly vulnerable during the flowering and fruit-setting phases. Irrigation is an important practice that ensures trees receive the necessary water at the right time. It should be implemented when soil moisture drops to a specific minimum level. Several effective instruments are available to measure soil moisture content accurately, allowing for timely irrigation once a predetermined moisture threshold is met.
Climatic conditions have a significant impact on water usage. Low relative humidity, high temperatures, and strong wind speeds can lead to increased soil surface evaporation and higher plant tissue transpiration rates. Consequently, this causes a greater loss of water from both the soil and the foliage.
PRO TIP 1: Drip irrigation is often ineffective for mature trees because it delivers small, precise amounts of water to a limited area around the base of the plants. Mature trees boast extensive root systems that spread far beyond the trunk, with most of the vital water-absorbing roots located at the drip line, the outer edge of the tree's canopy. Drip irrigation systems do not provide the coverage or volume needed to reach deeply into the soil across this broad root zone, resulting in inadequate hydration. As a result, trees face water stress, reduced growth, and heightened vulnerability to disease, especially in hot or dry climates. Recognizing these limitations and adopting more effective watering strategies for mature trees is essential.
PRO TIP 2: Using landscape fabric and rock over a tree's root zones can severely harm tree health. The combination creates an impermeable barrier that restricts water infiltration and gas exchange, which is essential for root respiration. Additionally, the fabric often traps heat, while the rocks amplify it by absorbing and radiating intense sunlight. This creates a hostile microenvironment that dehydrates the soil and roots, exacerbating water stress. Over time, this setup can lead to shallow root growth, reduced nutrient uptake, and declining tree vigour, ultimately shortening the tree's lifespan. Such practices counteract natural processes, leaving trees vulnerable in already challenging conditions. Please reconsider rocks and landscape fabric and instead apply 3-4 inches of organic mulch over the root zones with no fabric.
A healthy soil environment is crucial for all living organisms, especially large, long-lived, woody, perennial plants. Various ecological and environmental factors, including a range of climatic characteristics, affect trees and their relationship with soil. As arboriculture professionals, our best approach is to design, develop, and protect these soil environments with the well-being of our trees in mind.
80% of Tree Problems Are Related to Soil
Trees and soil are so ecologically interdependent that it's difficult to separate them. However, urban development often disrupts this ecological balance, resulting in growing conditions that can vary from suitable to unfavourable or even antagonistic. The relationship between trees and soil is vital because proper soil conditions directly affect plant health. Healthy plants can better defend themselves against threats from insect pests and diseases, which leads to reduced maintenance and fewer chemicals entering the environment. Ultimately, most tree decline situations can be traced back to soil stress.
Biochar: The Foundation of Living Soil
While standard fertilizers provide a temporary boost, Biochar offers a permanent solution for soil vitality. Biochar is a specialized form of charcoal produced through pyrolysis—the heating of organic matter in a zero-oxygen environment. The result is a highly porous, carbon-rich material that remains in the soil for centuries.
Integrating biochar into your soil profile acts as a "biological recharge station" for trees and plants:
Nutrient Retention: Biochar’s massive surface area is negatively charged, allowing it to adsorb essential nutrients (such as nitrogen and Phosphorus) and prevent their leaching during heavy rains.
Water Management: Think of biochar as a microscopic sponge. It increases the water-holding capacity of sandy soils while improving the structure and drainage of heavy clay.
Microbial Sanctuary: The tiny pores within each piece of biochar provide a protected habitat for beneficial soil fungi (Mycorrhizae) and bacteria, which are essential for nutrient cycling and disease resistance.
Carbon Sequestration: Using biochar is a climate-positive choice. Every pound of biochar buried in your soil represents atmospheric carbon that has been locked away long-term.
The Science of Cation Exchange
Biochar significantly increases the Cation Exchange Capacity (CEC) of your soil. This means your soil becomes more efficient at holding and releasing the minerals your trees need, reducing the need for frequent chemical interventions. At Arbor Viridis, we use a Pre-Charged Biochar process. Before application, our biochar is saturated with organic nutrients and beneficial microbes. This ensures that, the moment it hits the ground, it actively feeds your trees and enhances the soil ecosystem.
Bulk density, porosity and permeability are related physical characteristics of soil that can be modified with some success. It is common practice to add soil amendments when planting trees and shrubs. Amendments are added to improve the soil's physical and chemical characteristics. Peat moss is commonly used to reduce bulk density and increase porosity and moisture-holding capacity. Compost will additionally increase the fertility of the soil. However, these materials do not last long in the soil, and more must be added every year or two to maintain the desired characteristics. Another significant benefit of adding compost is the addition of an organic source of carbon. This will enhance microbial processes essential to the soil's overall health.
PRO TIP: Amending the soil excessively can create a dramatic contrast between the planting hole and the surrounding native soil, leading to issues like poor root growth, waterlogging, or drought stress as roots struggle to expand beyond the enriched area. Trees planted in their native soil establish deeper, more extensive root systems, making them more resilient to environmental stressors such as drought, wind, and temperature fluctuations. By preserving the natural soil structure and composition, you ensure better drainage, aeration, and compatibility with local microorganisms, fostering a balanced ecosystem that supports the tree’s growth and health over time.
Ensuring you plant the right tree in the right place prevents you from making costly mistakes with unsuitable trees in poor soil. Plant the right tree, and you won't have to worry about the soil.
Working with the existing soil is often more sustainable and practical than trying to change its pH. Soil chemistry is naturally balanced with the local ecosystem, and altering the pH requires ongoing maintenance. Amendments like lime or sulphur degrade over time, causing the soil to revert to its original state. Additionally, drastic changes in pH can disrupt soil microbiota and nutrient cycles, potentially harming plants. By choosing trees that are suited to the current pH, arborists can create healthier and more resilient landscapes that thrive with less effort and intervention. This approach conserves resources and preserves the soil's natural integrity.
Soil Texture
Soil texture is not easily modified. Generally, it is best to work with what you have and select plants well-suited to the soil type. Otherwise, your best option is to completely replace the soil. This is a very expensive option and can still lead to water movement and root development problems where the old and new soil meet. In short, trying to change the soil texture is generally not practical.
"There are more Life forms in a handful of forest soil than there are people on the planet."
- Peter Wohlleben