A Classification Tree for Modeling Ground Fractures from Subsidence

This article presents a classification tree with predictive and prescriptive capabilities for the management of ground fractures in crowded suburb Tláhuac, municipality Mexico City. The is trained observations parametrized basic geotechnical geological variables specifications urban environment where they manifest. With tree, complexity scenario affected by subsidence phenomenon cleared because relations between parameters can be viewed easily. influence stratigraphic arrangements (geotechnical properties), conditions, size roads inhabited units, location water-pumping infrastructure appearance exacerbation cracks soils recognized, this offers citizens government administrators possibility anticipating damages working on programs improving structures foundations, including relocation communities at risk.