Carla MaldonadoCarlos I. MolinaAlexander ZizkaClaes PerssonCharlotte M. TaylorJoaquina Albán CastilloEder ChilquilloNina RønstedAlexandre Antonelli2026-03-222026-03-22201510.1111/geb.12326https://doi.org/10.1111/geb.12326https://andeanlibrary.org/handle/123456789/43036Citaciones: 369Open databases and integrative bioinformatic tools allow a rapid approximation of large-scale patterns of biodiversity across space and altitudinal ranges. We found that geographic inaccuracy affects diversity patterns more than taxonomic uncertainties, often leading to false positives, i.e. overestimating species richness in relatively species poor regions. Public databases for species distribution are valuable and should be more explored, but under scrutiny and validation by taxonomic experts. We suggest that database managers implement easy ways of community feedback on data quality.enDiversity (politics)Distribution (mathematics)EcologyDatabaseGeographyBiologyarticle