| 72 hour resilience for all city infrastructure: generator, supplies and storage, points of relocation for ops and loc center, training for all city departments about our response. |
Flooding – Rainfall-induced |
Critical Facilities |
Southeast |
Planning for Climate Resilience—City of Asheville, North Carolina (p. 113) |
| Develop a comprehensive maintenance and training program for local government employees at facilities with backup generators to ensure proper placement, hook-up and function during hazard events. |
High WindsSevere Winter WeatherWildfireExtreme HeatFlooding – CoastalFlooding – General |
Critical FacilitiesEnergy and UtilitiesProperty |
Northeast |
City of Baltimore Disaster Preparedness and Planning Project (p. 147) |
| Ensure backup power is available at facilities that serve vulnerable populations. |
High WindsLandslidesSevere Winter WeatherWildfireExtreme HeatFlooding – CoastalFlooding – General |
Energy and Utilities |
Northeast |
Climate Ready Boston - Resilience Initiatives (p. 143 (pdf p. 35)) |
| Purchase backup generators for the water infrastructure system to provide a sustained minimal level of water services in the event of a catastrophic power loss. |
High WindsLandslidesSevere Winter WeatherWater QualityWildfireExtreme HeatFlooding – CoastalFlooding – General |
Water Infrastructure – Drinking WaterWater Infrastructure – GeneralCritical FacilitiesEnergy and Utilities |
Southwest |
Flagstaff Climate Action and Adaptation Plan (p. 79) |
| On emergency service stations and emergency response shelters, install solar with battery backup or emergency power inverters to provide at some electrical power in the event of a long-term outage. |
High WindsLandslidesMultiple or All HazardsSevere Winter WeatherWildfireExtreme HeatFlooding – CoastalFlooding – General |
Critical Facilities |
Southeast |
Triangle Region, NC Regional Resilience Assessment (p. 180 (pdf p. 192)) |
