How might we use Digital Twins of cities to better understand the effects of climate change, so that decision makers can act towards making cities heat resilient?
Following the initial phase of this project, we authored an E-book with the aim of assisting fellow researchers and municipalities in leveraging Digital Twins of cities for predicting heat waves. Our team employed real-time weather data to feed a digital twin, enabling us to identify and analyze the specific areas within the city most susceptible to heat-related challenges. The insights and methodologies shared in the E-book serve as a valuable resource for those seeking to harness the potential of Digital Twins in addressing and mitigating the impact of heatwaves in urban environments.
In the second phase of this development initiative, our team shifted its focus to crafting solutions aimed at empowering citizens to proactively prepare for heat waves and the evolving urban climate. This endeavor culminated in the creation of a smart plant pot designed to function as a nurturing environment for a tree sapling. Citizens would personally care for the sapling, which would later be planted within their cities.
“How might we use DigitalTwins of cities to communicate and visualize nighttime heat stress (invisible), to create awareness and empower homeowners to take action in their homes and surroundings?”
The intelligent plant pot, connected to real-time weather data, played a crucial role in citizens' readiness for heatwaves. It provided timely alerts, reminding individuals to stay hydrated, optimize shade usage, and served as an informative resource in raising awareness about climate change. This holistic approach aimed to not only address immediate challenges but also foster a sense of community engagement and environmental responsibility.
