Leatherface Tree Service

05/01/2026

Grateful to be a part of Oklahoma rescue this year! The rescue I managed was a guy on a high line not tied in. Had some great rescues!

03/24/2026

Free tree work for a neighbor in need!

02/10/2026

11/25/2025

Little highland park pecan removal before thanksgiving! Grateful for my friends and family this holiday season!

08/19/2025

Saved a tree from oncor! We met the line clearance guys out here and with a proper tree appraisal sent to the city this tree was spared! This tree is a big win for me since we’ve been pruning it for the last 8 years

07/21/2025

Always tight quarters in the metroplex!

06/17/2025

🌳 1-Year Post-Windstorm Tree Care Checklist

✅ 1. Schedule a Certified Arborist Inspection

Have a certified arborist assess the structural integrity of trees that were damaged or exposed to stress. Hidden issues can take time to show up.
• Look for signs of delayed dieback, cracks, bark separation, decay, or pests.
• Inspect previous pruning or wound sites for proper healing.

✂️ 2. Perform Structural Pruning (If Not Already Done)

By now, new growth may have emerged that can be selectively pruned to:
• Balance the canopy
• Reduce future wind resistance
• Remove sucker growth or poorly attached branches

This is also the time to fix any rushed or temporary cuts made immediately after the storm.

🌱 3. Check for Root Damage or Soil Heaving

Sometimes root injuries or soil compaction don’t become obvious until later. Look for:
• Leaning trees (even slightly)
• Poor canopy density
• Fungal fruiting bodies near the base (a sign of root rot)
• Soil mounding or depressions

If needed, consider air spading to inspect roots without major disturbance.

🧪 4. Soil Health and Fertility

Windstorms can compact soil or strip away leaf litter that nourishes trees.
• Conduct a soil test
• Apply a slow-release, organic fertilizer if needed
• Consider mulching 2–4” deep (not touching the trunk) to retain moisture and improve soil structure

🪓 5. Monitor for Pests and Disease

Stressed trees are more vulnerable to:
• Borers (especially in oaks, elms, and pines)
• Fungal pathogens entering through cracks or wounds
• Bark beetles in conifers

Early intervention is key to saving trees already under stress.

🪵 6. Remove Deadwood and High-Risk Trees

Some trees may not recover, even if they seemed okay at first. Prioritize:
• Dead or declining trees
• Large dead branches
• Trees with structural defects (co-dominant stems, included bark, etc.)

If removal is necessary, you can now safely do so with less risk of insurance disputes or emergency rush jobs.

🌧️ 7. Prepare for the Next Storm

Based on what you’ve learned from the storm, consider:
• Proactive cabling or bracing of weak limbs
• Thinning dense canopies (not topping!)
• Planting wind-resistant native species to replace losses

06/11/2025

We made the news working in Bonham!

Storms hit the city of Bonham pretty hard, causing power outages, downed trees and damage to both homes and businesses. NBC 5’s Sophia Beausoleil checked out...

04/22/2025

Getting work done with the

04/21/2025

Reducing Limb Weight to Minimize Wind Load on Trees

In regions prone to high winds and severe weather—like North Texas—trees are often subjected to intense forces that can lead to structural failure. One of the most effective and proactive methods arborists use to help trees withstand these conditions is reducing limb weight.

Limb weight reduction is a targeted pruning technique that involves selectively removing branches or shortening lateral limbs to decrease the overall mass and sail effect of a tree’s canopy. This is especially important for mature trees with heavy, extended limbs or those growing in open, exposed areas.

Why Limb Weight Reduction Matters

When wind passes through a tree’s canopy, dense or overly long limbs can act like sails, catching wind and transferring excessive force to the trunk and root system. This can cause limb breakage, trunk splitting, or even complete tree failure—especially when the soil is saturated and roots are less stable.

By reducing weight:
• Wind load is minimized, helping the tree move more flexibly with the wind.
• Structural stress is reduced, particularly at weak branch unions or overextended limbs.
• The risk of storm damage drops, which can protect nearby structures, vehicles, and people.

Best Practices for Limb Weight Reduction
• Focus on end-weight reduction—shortening the tips of long, heavy limbs rather than cutting deep into the canopy.
• Always maintain the tree’s natural form and structural integrity.
• Use clean, proper pruning cuts to prevent decay and disease.
• Consider the species, age, and condition of the tree—some respond better to pruning than others.

Working with a certified arborist ensures that weight reduction is done strategically and safely, preserving both the health of the tree and the safety of your property.

In summary, thoughtful limb weight reduction is a vital tool in storm preparation. It’s not about removing more—it’s about removing wisely. When done correctly, it can significantly improve a tree’s resilience and longevity in the face of nature’s harshest elements.