Heat Sensor Pilot Program
As climate change drives more frequent and intense heat waves, understanding local temperature patterns has never been more critical. That’s why we’re part of Boston’s new pilot project, tackling this challenge head-on.
Franklin Park Zoo joined the B-COOL Heat Sensor Pilot Project to measure temperatures across Boston's neighborhoods that are more vulnerable to heat. Fifteen temperature sensors were placed across Boston’s "hotspot" neighborhoods, including Franklin Park Zoo, to track local air temperature and humidity (or “heat index”). Hotspot neighborhoods tend to experience higher temperatures due to limited green space, dense buildings and heat-absorbing surfaces such as asphalt and concrete.
Boston relies on temperature readings from the National Weather Service (NWS) station at Logan Airport to issue extreme heat advisories and emergencies. However, airport readings are often 10-15 degrees cooler because of coastal breezes. By using temperature sensors, we can gain a better understanding of localized temperatures in Boston communities.
The Findings
Analysis of summer 2024 heat events confirmed the City of Boston’s 2022 Heat Plan findings: heat island hotspot neighborhoods face higher temperatures, elevated heat index values, and longer exposure to extreme heat compared to NWS data. These significant insights will help bridge data gaps between hotspot neighborhoods and NWS temperature readings, guiding solutions to protect people during heat emergencies and promote long-term heat resilience through cooler neighborhoods, buildings and commutes.
At Franklin Park Zoo, we prioritize the well-being of both animals and visitors in all weather. We're proud to collaborate with our neighbors on science-based solutions to climate justice challenges. This work demonstrates how data-driven initiatives and on-site climate research can drive meaningful change right here in our community!
Pictured here: Heat sensor installation at Franklin Park Zoo
