These trees were genetically selected for their perfect “lollypop” shaped crown, but it is that shape that is responsible for a shortened life span. The limited life of these trees is a function of structural failure, not “natural causes.”

For trees, the impact of a lightning strike may be light, leaving no obvious damage, or it may be severe, with catastrophic results.

Unfortunately, neither Mother Nature nor the character of a tree can reduce the very real risks associated with leaning. It’s not that trees that lean are inherently bad; it’s just that gravity creates problems.

Healthy roots are the foundation for a long, beautiful relationship with your trees. A girdling root problem starts very early in a tree’s development and can cut short a plant’s life.

Generally, trees with structurally sound root systems do not fall, except during very high wind events. When trying to determine which trees have root systems that are prone to failure, answers hinge upon a number of factors.

Cavities are created when physical wounding of the trunk occurs whether by human, weather or wildlife action. These wounds are then expanded by wood decaying fungi, bacteria or wildlife and can occur anywhere on the tree, but are most critical when they occur in the trunk or in major stems and branches.

Drought is a main contributing factor to shade tree decline. Extended drought can influence the health of shade trees by the loss of absorbing roots.

Summer heat often prompts us to wonder how our trees can survive when too little rain falls to keep the grass alive. There are important tips to follow for proper watering and maintenance.

Pecan trees are commonly found surrounding both urban and rural dwellings throughout Georgia. They can enhance the environment and provide additional income from the sale of nuts. Pecans are recommended for home planting in the Coastal Plain and Piedmont, but are not recommended for the north Georgia mountains.

Trees require high quality resources in the correct proportions to perform best. Water, and the soil volume which holds water, are critical to great tree growth.