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NYC Climate Budgeting Report: Resiliency Exposure Inventory
The Resiliency Exposure Inventory is an index that evaluates the levels of climate adaptation capacity across neighborhoods in New York City. There are many factors that contribute to a location's resiliency to various threats - this analysis takes a holistic view, combining and analyzing datasets to compare and contrast strategies to become more resilient to the threats of outdoor heat, indoor heat, and coastal flooding. Higher scores indicate greater adaptation levels, and each neighborhood's score is relative to other neighborhoods; a neighborhood with the highest score is assessed to have the greatest relative level of adaptation measures, but overall adaptation can always be improved. This tool was developed to provide a unified way to view levels of adaptive capacity across locations, specifically neighborhoods (NTAs). OMB developed this baseline inventory of the city's existing resiliency measures based on a suite of relevant metrics, or Key Performance Indicators (KPIs). More than 30 unique KPIs are grouped into Categories, which represent adaptation strategies. The Inventory does not replace or conflict with existing efforts or data. It seeks to measure factors and efforts that reduce exposure (increase adaptive capacity) to climate threats, which would leave fewer people, areas, or assets at risk despite varying levels of threat and vulnerability.
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NYC Climate Budgeting Report: Resiliency Exposure Forecast - Outdoor Heat
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The Resiliency Exposure Forecast for Outdoor Heat serves as an effort to evaluate the scope of planned adaption initiatives and their potential to reduce exposure to increasing temperatures in future decades. The Outdoor Heat Forecast projects temperatures across city neighborhoods using an urban heat flux model. This is broken into two main subsections: 1) a Control Scenario to determine future neighborhood-level temperature in the absence of new adaptation interventions and progress, and 2) a Planned Action Scenario to determine how tree canopy expansion could change heat profiles compared to the Control Scenario. This dataset defines the Planned Actions as tree canopy growth being maintained across jurisdictions, which requires efforts by private and public landowners, and being expanded through the NYC Parks Department’s Neighborhood Tree Planting Program. This is based on data from the Neighborhood Tree Planting Program plans, Land Cover raster data from the city's Light Detection and Ranging (LiDAR) assessments, and the Surface Urban Energy and Water Balance Scheme (SUEWS) tool. Temperature projections should only be compared to the baseline for this exercise, and not other models, as they hold separate assumptions that this evaluation may not account for. The overarching measure is the amount of extreme heat by the 2050s that is managed by projected tree canopy expansion. For more information on the components of the data set, please visit OMB's Technical Appendix for the FY 2026 Climate Budgeting Publication. https://www.nyc.gov/assets/omb/downloads/pdf/exec25/exec25-nyccbta.pdf
NYC Climate Budgeting Report: Resiliency Exposure Forecast - Coastal Flooding
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The Resiliency Exposure Forecast for Coastal Flooding serves as an effort to evaluate the scope of planned adaption initiatives and their potential to reduce exposure to storm-surge and tidal flooding in future decades. The Coastal Flood Forecast describes the amount of buildings at risk (buildings in areas likely to flood) using spatial analysis. This is broken into two main subsections: 1) a Control Scenario to determine how many buildings will be at risk of flooding in the absence of large-scale coastal flood protection projects at points in the future, and 2) a Planned Action Scenario that to determine how many buildings will no longer be at risk (and how many will remain at risk) if planned infrastructure projects are built. This dataset defines the Planned Action as select neighborhood-scale coastal flood protection projects. These are typically projects that create stationary or deplorable barriers to protect areas upland of barriers that stop flood waters from coming onto land. They can include methods such as levees, berms and floodwalls. When these projects are constructed with the intent to protect a flood hazard area behind them rather than just a specific asset, this dataset will consider them neighborhood-scale. Neighborhoods are assessed for their risk to the 100-year floodplain and high-tide flooding areas. For more information on the components of the data set, please visit OMB's Technical Appendix for the FY 2026 Climate Budgeting Publication. https://www.nyc.gov/assets/omb/downloads/pdf/exec25/exec25-nyccbta.pdf
NYC Climate Budgeting Report: Forecast of Citywide Emissions
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This dataset contains the estimated emissions and activity remaining in each of the modeled scenarios. For more detail on the changes from forecast year to forecast year, please refer to "Forecast of Emissions and PM 2.5 Reductions from City Actions" dataset as this contains the reductions for each scenario. For more detail on the conversion from activity value to emissions, please refer to the "Emissions Factors" dataset. This dataset is going to be updated once a year during the Executive Budget. You can find the complete collection of Climate Budget data by clicking here.
NYC Climate Budgeting Report: Climate Alignment Assessment and Capital Climate Investments
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This dataset rates all projects in the capital budget with over $50,000 with their climate alignment and categorizes investments that are related to climate. Amounts are in thousands. This dataset will be updated once a year during the Executive Budget. This data can be used to create visualizations similar to the charts featured in the Climate Investments section of the FY25 New York City Climate Budgeting publication (https://www.nyc.gov/assets/omb/downloads/pdf/exec24-nyccb.pdf). You can find the complete collection of Climate Budget data by clicking here.
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