Transplanting mature trees using a tree spade is a highly efficient method to preserve landscapes, support reforestation, or redesign outdoor spaces. However, the success of any tree relocation project using machines from swantechindustries doesn’t end once the tree is removed from the ground—it continues through the transport process. Proper handling during transportation is crucial to maintaining the health of the tree and ensuring it thrives in its new location. Here are the best practices for transporting trees after spading.
1. Secure the Root Ball Properly
After a tree is spaded, the root ball is held within the blades of the spade. This soil mass is essential for the tree’s survival, as it contains fine feeder roots that absorb water and nutrients. It must be kept intact and stable during transport.
To prevent shifting, operators should:
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Ensure the spade blades are fully closed and locked hydraulically.
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Use root ball support straps or netting for added security.
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Avoid overhanging or tilting the root ball, especially on uneven terrain.
Stability is key; a shifting root ball can cause internal damage to roots or even lead to the tree tipping.
2. Keep the Root Ball Moist
Trees are highly vulnerable to dehydration once removed from the ground. The exposed soil around the roots dries out quickly, particularly in hot or windy conditions.
To maintain moisture:
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Wet the root ball thoroughly before transport.
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Wrap the ball in burlap or plastic sheeting to reduce moisture loss.
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In longer hauls, cover the entire root ball with a tarp to prevent wind exposure.
Some professionals even spray the root ball with anti-desiccant products to reduce transpiration.
3. Minimize Transit Time
The faster the tree gets from point A to point B, the better. Even with proper wrapping and hydration, every minute spent out of the ground stresses the tree.
Best practices include:
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Planning the route in advance to avoid delays.
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Using the closest possible transport vehicle to the dig site.
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Preparing the new planting hole before the tree arrives to reduce wait time.
Efficiency reduces root exposure and increases the tree’s chance of successful establishment.
4. Use Proper Transport Equipment
The transport vehicle must be appropriate for the size and weight of the tree and its root ball. Most professional-grade tree spades are mounted on trucks or skid steers, which often double as transport vehicles.
Important considerations:
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The vehicle should have a low center of gravity for stability.
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Shock absorption systems or air-ride suspension help prevent jarring movements that can damage the tree.
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Secure the spade frame and tree to the vehicle using chains, straps, or brackets designed for heavy loads.
Unsecured trees can shift during transport, leading to root damage, mechanical failure, or road accidents.
5. Protect the Canopy
The foliage and branches of the tree can be damaged during loading, travel, or unloading if not handled carefully.
Canopy protection tips:
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Tie branches loosely to reduce width and prevent breakage.
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Cover the canopy with mesh or breathable fabric to protect it from windburn.
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Avoid tight wrapping, which can cause overheating or physical injury to leaves and limbs.
Preserving the canopy ensures that the tree can continue photosynthesis and recover more easily after replanting.
6. Monitor Environmental Conditions
Temperature and humidity can greatly affect the tree during transit. Avoid transporting trees during extreme heat, cold, or strong winds whenever possible.
If transport must occur during such conditions:
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Water the tree more thoroughly.
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Use shade cloth or canopies for temporary cover.
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Monitor the tree for signs of wilting or heat stress on arrival.
Tree spading makes it possible to move mature trees with remarkable efficiency, but the job isn’t done until the tree is safely replanted. Careful handling during transport—especially protecting the root ball, preserving moisture, securing the tree, and minimizing time out of the ground—ensures that the tree remains healthy and stands a strong chance of thriving in its new home. Following these best practices not only protects the investment in the tree and equipment, but also promotes sustainability and responsible land management.