Development of a web platform that integrates meteorological data to support the malquiachay archaeological project

Abstract

This study outlines an innovative approach that integrates weather-related data into the digital platform of Malqui-Machay, a renowned archaeological site in Ecuador. Identified through a meticulous ethnohistorical investigation involving extensive archival research, library reviews, and fieldwork across national and international contexts, the site stands as a cultural and archaeological treasure of immeasurable value. Beyond its historical significance, the initiative has fostered the empowerment and active involvement of local Quichua-speaking communities in reclaiming and honoring this ancestral heritage.

The integration of meteorological data into the site’s digital platform aims to advance conservation efforts and sustainable management practices for this historically pivotal location. Additionally, it provides real-time climate updates, offering visitors and the broader public an enriched environmental context that deepens their educational and cultural engagement during their exploration of the site.

To develop this initiative, the methodology involved a comprehensive review of existing literature to identify current trends and best practices for incorporating meteorological data into web-based platforms linked to archaeological projects. Analysis of the findings demonstrated a clear connection between the visibility of climate-focused webpages and the frequency of user engagement with real-time weather updates. Beyond its technical achievements, the project has strengthened ties between local communities and their ancestral roots while promoting sustainable tourism in the region.