Today, 200 million city-dwellers in over 350 cities live with summer temperature highs of over 35°C (95°F). Even at this level of exposure, heatwaves are the deadliest of all climate risks. By 2050, around 970 cities will be at least this hot, with much higher exposure in Asia, Africa, and North America.
As we brace ourselves for an increasingly warmer world, cities are springing into action with heat adaptation plans, pledges to plant more trees, plans for cooling centers, and furlough pay schemes for outdoor workers. But with limited resources to deal with what often seems like a firehose of emergent situations, many local authorities struggle to respond to extreme heat events in real-time.
Urban Heat Chronicles explores low-cost and easy-to-deploy solutions designed for improving heat resilience at a community scale through three interconnected elements: a Static Installation, a Mobile Pavilion, and Participatory Workshops. The project manifests these elements to demonstrate how natural, collective, and artificial intelligence can combine to address urban heat.
At its heart is a Static Installation by MIT Future Heritage Lab inspired by Venice's traditional laundry lines - those everyday symbols of community bonds and neighborhood negotiations that stretch across the city's narrow streets. These streets themselves represent centuries-old architectural wisdom about heat management, their close-set buildings naturally generate shade throughout the day. The installation features upcycled textiles suspended between buildings, block-printed with patterns that reveal plant species' remarkable heat adaptation strategies. Like the laundry lines that inspire it, the installation transforms narrow streets into spaces of both environmental and social connection.
A Mobile Pavilion by T12 Lab extends these ideas into Venice's historic campi through a nomadic shade structure that follows the sun's path, mirroring plants' capacity to grow, adapt, and thrive in changing conditions. The pavilion transforms dynamically throughout the day, creating comfortable gathering spaces while demonstrating how simple, intelligent design can naturally cool urban environments. Adorned with the same plant-inspired patterns, it becomes a focal point for community connection - hosting roundtable discussions on ecological stewardship, intimate meals beneath its shifting canopy, and spontaneous gatherings that build neighborhood resilience.
Through Participatory Workshops by QuasiQuasi and Project for People, visitors and Venetians engage directly with stories and strategies of heat adaptation.  Using simple techniques, recycled materials and paper, participants will create heat-mitigating objects such as fans, using specially printed paper featuring the same patterns inspired by plant species. These practical and symbolic items can be taken along during the exhibition visit. The workshops aim to raise awareness of climate resilience in a hands-on, engaging way, highlighting the parallels between plant intelligence and human creativity—both relying on adaptation, collaboration, and resourcefulness to thrive in challenging conditions. As participants fold and shape their objects, they contribute to shared collective actions, connecting personal creativity to collective climate action.
Together, these elements demonstrate how centuries-old cultural practices, natural adaptation strategies, and community engagement can combine to address contemporary urban challenges. Through pattern, place, and participation, the project makes visible the often invisible dynamics between sun, heat, and living systems, suggesting pathways toward more climate-resilient urban futures.

Static Installation by MIT Future Heritage Lab: Inspired by Venice's traditional laundry lines, the installation features upcycled textiles suspended between buildings, block-printed with patterns that reveal plant species' remarkable heat adaptation strategies.


Mobile Pavilion by T12 Lab: Pergola on wheels that can move based on the sun’s path, featuring the plant motif block prints with natural dyes on recycled cotton fabric for pop-up events in public space (e.g. roundtable discussions, dinners, small exhibitions, workshops, educational activities in school courtyards, etc.). The pergola transforms through its different uses.​​​​​​​

QuasiQuasi and Project for People: Participatory Workshops

QuasiQuasi and Project for People: Using the Japanese technique of origami and simple recycled materials, participants will create heat-mitigating objects such as fans, using specially printed paper featuring the same patterns inspired by plant species.​​​​​​​

Future Heritage Lab: Screenprinting process

Future Heritage Lab: Custom-Made Indigo-Dyed Fabrics​​​​​​​, Images from Workshop at MIT

Future Heritage Lab: Fabric Pattern

Future Heritage Lab: Pattern-making workshop at MIT Museum

Future Heritage Lab: Screen-printing

Future Heritage Lab: Final look