Here in the UK, we’re fortunate to be surrounded by wildlife. Great forests, luscious fields and diverse habitats mean that you needn’t travel far for your dose of natural life. Estimates suggest that there are as many as 3 billion trees in the UK alone; that’s around 50 trees per person!
That said, in order to live safely and minimise the risks to homes, people and the environment, certain precautions must be put in place. Among these safeguards is an assessment known as tree decay detection.
In the following blog, we’ll explore the ways in which arborists conduct decay detection and why the process is necessary.
What Is Tree Decay Detection?
Those familiar with the premise of decay detection may wish to skim this section, but for the sake of clarity, let’s start with the basics. Tree Decay Detection refers to the use of expert equipment to identify areas of decay within trees and establish the extent of the damage.
Thanks to the development of technology such as the PiCUS sonic tomograph, we are able to identify and assess any potential tree-related hazards. This process enables informed decisions to be made regarding the structural quality of trees and surrounding structures. We’ll explore the use of such technology within the ‘process’ section of this article.
Why Is Decay Detection Necessary?
There are plenty of scenarios in which the use of decay detection technology is necessary. Often, mortgage lenders, property surveyors and developers will require tree decay detection to be carried out as a means of assessing the safety and structural integrity of an area. For example, if a decay detection survey reveals large amounts of rot or cavities within a trunk, it may be deemed unsafe due to the risk of collapse or falling.
The Decay Detection Process
So, how exactly are decay detection assessments carried out? As mentioned briefly above, the detection process relies on a piece of expert equipment known as a sonic tomograph. These incredible bits of kit measure the velocity of sound waves in order to detect areas of decay or structural weakness within standing trees.
Here at Nichocal Jones Consultants, we use the Picus 3 Sonic Tomograph, Picus Treetronic 3 Electrical Resistance Tomograph and the IML Resi PD400 microdrill to identify areas of decay within a tree. These tools provide incredibly accurate results, enabling us to make informed decisions regarding the safety of a tree. These results are reviewed before a detailed report is generated with our findings.
Tree Inspection By Nicholas Jones Consultants
Are you in need of specialist tree decay detection services? Look no further; at Nicholas Jones Consultants, our expert team members are able to offer tree decay detection and assessment services that are tailored to suit your needs and budget.
You and your property could be at risk, so don’t hesitate to get in touch today.