Real-Time Heat Index System Collaboration in Saitama Prefecture for Heatstroke Prevention
In a significant initiative to combat heat-related health risks, the Construction Technology Research Institute (CTR), headquartered in Chuo-ku, Tokyo, has partnered with the Saitama International Environmental Center and Watanabe Seisakusho, based in Saitama City. Together, they have developed a real-time heat index information system designed to help prevent heatstroke. This innovative system utilizes data from IoT heat index sensors developed by Saitama Prefecture and Watanabe Seisakusho. It incorporates the existing water disaster risk mapping system known as 'RisKma', enhancing it with functionalities that visualize and disseminate real-time heat index information.
This new approach includes the deployment of IoT heat index sensors across 30 locations within Saitama Prefecture. The observational data collected from these sensors will be accessible to the public via SAI-PLAT, the climate change adaptation portal sponsored by Saitama Prefecture. To provide even more comprehensive updates, this system will be augmented with wind direction and speed data from the Japan Meteorological Agency, allowing users to visualize changes in heat distribution effectively.
By doing so, residents will be alerted to the specific times and areas where the risk of heatstroke escalates, enabling them to adopt precautionary measures proactively. This real-time data dissemination encourages better awareness and preparedness among the community in the face of heat-related dangers.
The aim of this partnership is grounded in the commitment to leverage insights gained from the field of disaster prevention, specifically tailoring them to foster a secure and dependable living environment for all citizens. By improving the foundational information resources available to residents, this initiative underscores the importance of data-driven approaches in enhancing public safety and well-being.
Looking forward, the Construction Technology Research Institute plans to continue expanding its contributions to public safety initiatives, utilizing its expertise to further develop platforms that uphold the resilience and security of daily life in Saitama. This project not only illustrates the powerful intersection of technology and public health but also highlights the proactive efforts being undertaken to safeguard communities against the rising risks associated with climate change and extreme weather conditions.
For more information and updates, residents are encouraged to visit the official press release from Saitama Prefecture and explore the real-time heat index system available online:
This new approach includes the deployment of IoT heat index sensors across 30 locations within Saitama Prefecture. The observational data collected from these sensors will be accessible to the public via SAI-PLAT, the climate change adaptation portal sponsored by Saitama Prefecture. To provide even more comprehensive updates, this system will be augmented with wind direction and speed data from the Japan Meteorological Agency, allowing users to visualize changes in heat distribution effectively.
By doing so, residents will be alerted to the specific times and areas where the risk of heatstroke escalates, enabling them to adopt precautionary measures proactively. This real-time data dissemination encourages better awareness and preparedness among the community in the face of heat-related dangers.
The aim of this partnership is grounded in the commitment to leverage insights gained from the field of disaster prevention, specifically tailoring them to foster a secure and dependable living environment for all citizens. By improving the foundational information resources available to residents, this initiative underscores the importance of data-driven approaches in enhancing public safety and well-being.
Looking forward, the Construction Technology Research Institute plans to continue expanding its contributions to public safety initiatives, utilizing its expertise to further develop platforms that uphold the resilience and security of daily life in Saitama. This project not only illustrates the powerful intersection of technology and public health but also highlights the proactive efforts being undertaken to safeguard communities against the rising risks associated with climate change and extreme weather conditions.
For more information and updates, residents are encouraged to visit the official press release from Saitama Prefecture and explore the real-time heat index system available online:
Topics Health）
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