Abstract
This paper describes the chain of data acquisition and procedures implemented in order to develop value-added products, in raster and vector formats, and its incorporation into the Web-GIS system for the epidemiological management of Chagas desease. The operational implementation is detailed using open source technologies such as GRASS-GIS. Thus, the steps required to incorporate environmental layers with biological significance for the vectors of Trypanosoma cruzi into the system are detailed. This work attemp to be a technological advance in the area of landscape epidemiology, its main objective is to share the methods used in this study, so that they can be adjusted in similar developments, both in public health and in other applications.
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