Supplementary materials for the article "An artificial intelligence-based index for climate resilience assessment of community aqueducts in tropical Andean watersheds: Application in Colombia"

This record contains the supplementary materials associated with the development, operationalization, and application of the Climate Resilience Index for Community Aqueducts in Tropical Andean Watersheds (CRI-CATAW). CRI-CATAW is an artificial intelligence-based index designed to assess the climate resilience of community-managed water supply systems located in tropical Andean watersheds. The supplementary files provide additional methodological and operational information supporting the article. They include:(i) the PRISMA flow diagram used in the systematic literature review for identifying climate resilience indicators;(ii) the fuzzy inference system files and methodological procedure used to implement CRI-CATAW;(iii) the semi-structured survey instrument used to collect indicator data from community aqueducts;(iv) the summary tables of the Delphi process used for indicator validation and selection;(v) the complete fuzzy decision rule base; and(vi) the input data matrices used for the application of the index to 13 community aqueducts in the Bolo River watershed, Valle del Cauca, Colombia. These materials are intended to improve transparency, reproducibility, and methodological traceability of the CRI-CATAW index. They may be useful for researchers, practitioners, water governance institutions, and community-based organizations interested in assessing climate resilience in community-managed water supply systems, particularly in tropical Andean contexts.