The methodology adopted by us, analyses several coefficients, whether referring to the tree and also relative to the area, and reflects in its interaction the forecast of the potential risk of collapse of the tree or part of it. Using innovative and non-invasive urban arboriculture equipment, we carry out the structural analysis of wood as a mean of supporting the diagnosis.
As a result of this operation, a set of measures is prescribed and aims to increase the safety levels of people and their assets and infrastructures. Decision making is supported by the analysis of the obtained results.
The methodology adopted by us, analyses several coefficients, whether referring to the tree and also relative to the area, and reflects in its interaction the forecast of the potential risk of collapse of the tree or part of it. Using innovative and non-invasive urban arboriculture equipment, we carry out the structural analysis of wood as a mean of supporting the diagnosis.
As a result of this operation, a set of measures is prescribed and aims to increase the safety levels of people and their assets and infrastructures. Decision making is supported by the analysis of the obtained results.
The methodology adopted by us, analyses several coefficients, whether referring to the tree and also relative to the area, and reflects in its interaction the forecast of the potential risk of collapse of the tree or part of it. Using innovative and non-invasive urban arboriculture equipment, we carry out the structural analysis of wood as a mean of supporting the diagnosis.
As a result of this operation, a set of measures is prescribed and aims to increase the safety levels of people and their assets and infrastructures. Decision making is supported by the analysis of the obtained results.