This website allows users to explore heat patterns in New York State.
Analyze neighborhood-scale heat maps in the Extreme Heat Mapper, or
view modeled heat trends for the prior decade and projection of a hotter future climate in the
Heat Trends Explorer.
The toolkit is powered by the
i-Tree Cool Air (opens in new tab)
temperature model and developed by the Davey Tree Expert Company, the NYS Department of Environmental Conservation,
and SUNY-ESF.
Run the i-Tree Cool Air model. Adjust land use and model behavior to view changes in temperature.
Urban heat islands (opens in new tab) are developed areas with less natural green space that experience higher temperatures than surrounding areas. These higher temperatures can increase risks to human health and place additional stress on buildings, infrastructure, and energy systems.
The tools on this website aim to support identification and analysis of urban heat islands and high temperatures, particularly where there are communities more susceptible to illness or injury in extreme heat. Learn more from DEC Extreme Heat (opens in new tab), MitigateNY's Extreme Heat Risk Profile (opens in new tab), and the New York State Climate Impact Assessment (opens in new tab). The tools on this website can support several practical planning and communication needs, including:
Climate and community planning — Users can explore where heat may become more frequent and intense with changing climate. This information can support climate adaptation planning, community discussions, and efforts to identify areas that may benefit from further study or engagement.
Investments and infrastructure — Local heat patterns can provide useful context when evaluating buildings, transportation systems, public spaces, and other investments. They can also help communities consider where trees, vegetation, shade, cooling resources, or other heat-reduction strategies may warrant further evaluation.
Communication and coordination — Maps, tables, and graphs can help communicate heat patterns to communities and decision-makers. The results can support conversations with public health, emergency-management, planning, and infrastructure professionals.
The temperature data presented in these tools are generated using the i-Tree Cool Air model, a spatial air temperature and humidity model. For details about the temperature modeling and datasets used, see the i-Tree Cool Air Model Methods. The historical and future weather input into the model is from the Thermodynamic Global Warming Dataset.
The toolkit was developed through a partnership among the Davey Tree Expert Company, the NYS Department of Environmental Conservation, and SUNY College of Environmental Science and Forestry. These tools are for planning purposes only. They are not intended to provide real-time weather information or serve as the sole basis for emergency response, public health, engineering, or site-specific investment decisions.