Frequently Asked Questions

Spurs puncture bark and open wounds that invite fungus, disease, and decay into the tree's vascular system. Each spike hole becomes an entry point for pathogens that healthy bark would normally block. Rope-work climbing avoids this damage entirely and protects long-term tree health.

Codominant stems are two leaders growing from the same point with no clear central trunk, creating a weak junction prone to splitting under ice or wind load. Correcting this through structural pruning while the tree is young prevents the stem from becoming a hazard as the tree matures and adds weight.

Tires absorb the impact when logs are dropped in sections, preventing ground compression and turf damage that heavy timber would cause hitting bare dirt. The tire cushion spreads the force across a wider area and protects irrigation lines, sprinkler heads, and root zones of nearby trees.

Young tree pruning focuses on structural integrity — correcting codominant stems, establishing a central leader, and spacing branches to resist storm loading. Mature tree pruning addresses aesthetics, clearance, and removing deadwood while protecting the established canopy. The goals and techniques differ completely.

Fast-growing loblolly pines and hardwoods in the Pineywoods develop dense canopies that collect ice weight rapidly. Young stands without structural pruning have weak branch unions that fail under ice loading. Corrective pruning reduces surface area and strengthens attachment points before ice season hits.

Branch collar cuts are made at the swollen ridge where the branch meets the trunk, preserving the tree's natural healing nodes. Flush cuts remove this tissue and create larger wounds that invite decay. Collar cuts seal faster and resist rot because the tree's defense cells are concentrated there.

Root flare inspection, mallet strike testing for hollow sound indicating internal decay, visible trunk rot or fungus, and soil upheaval around the base reveal structural integrity. A dead tree with solid wood and stable roots may stand safely for years. Location relative to structures and drop zones determines urgency.

Railroad jacks lift trees weighing over 100,000 pounds off structures before any cuts are made, relieving roof load and preventing secondary collapse when sections are removed. Winches and ropes stabilize the tree during the lift. This method works when crane access is blocked or unavailable.

Clay soil grips root systems tightly and deep pine roots anchor stumps far below surface level, requiring deeper grinding and more passes than sandy soils. Grinding depth should match intended use — deeper cuts for sod installation, shallower for mulch beds or gravel areas.

A full 360-degree site walk identifies underground utilities, water and sewer lines, drop zone obstacles, notch direction, and escape routes. Checking for power lines, fence placement, and neighboring tree interference prevents equipment damage and injury. Planning happens before the saw starts.

Removing more than one-third of the live crown stresses the tree and reduces its ability to produce energy through photosynthesis. Canopy balance is assessed before trimming to maintain structural stability and health. Excessive removal weakens the tree and increases vulnerability to disease and pest damage.

Sectional rigging removal involves lowering cut sections of a tree using ropes and pulleys instead of allowing free-fall drops. It's necessary when there's no open drop zone — trees near structures, fences, or landscaping that would be damaged by falling limbs or trunk sections.