On August 8, 2023, more than 100 people died in Lahaina, Hawaii in the deadliest American wildfire in more than a century. The community had a FEMA-compliant emergency management plan. Trained emergency managers. A functioning Emergency Operations Center. The frameworks performed exactly as designed — and 100 people died.
In 2017, Hurricane Maria made landfall in Puerto Rico. The federal government's mutual aid response was the largest in U.S. history. Supply disruptions lasted weeks. Estimated excess deaths exceeded 2,900. The frameworks performed exactly as designed.
In 2015, Cyclone Pam — the strongest cyclone ever recorded in the Southern Hemisphere at landfall — struck Vanuatu. Vanuatu had no island-specific emergency management framework. It had continental frameworks adapted with minimal modification for an island environment. The results were predictable.
These are not implementation failures. They are design failures — the consequence of applying frameworks built for continental communities to island environments where the foundational assumptions of those frameworks do not hold.
The three design assumptions that fail on islands
Every major emergency management framework — FEMA's National Incident Management System, the Emergency Management Assistance Compact, the ISO 22301 Business Continuity standard — is built on three assumptions that fail in island environments.
Scalable mutual aid. Continental emergency management assumes that when local resources are overwhelmed, regional and national mutual aid arrives within timeframes that meaningfully affect the acute response phase. For Hawaii, the nearest mainland mutual aid staging area is 2,500 miles away. For Vanuatu, meaningful international aid typically arrives after the acute phase has ended. The mutual aid assumption fails on islands.
Geographic redundancy. Continental supply chain and evacuation frameworks assume that when primary routes are disrupted, alternatives exist. Island supply chains have no geographic redundancy — there is no alternative port when the primary port is damaged, no alternative evacuation route when the primary road is blocked. The redundancy assumption fails on islands.
Infrastructure resilience. Continental communication and EOC frameworks assume that when primary communication infrastructure is damaged, backup infrastructure survives. In island emergencies, the same event that triggers the emergency frequently degrades all communication infrastructure simultaneously. The infrastructure assumption fails on islands.
ISPI's Island Emergency Management Framework
ISPI's Island Emergency Management Framework replaces all three failing assumptions with island-reality design principles: self-sufficiency primacy, shelter-in-place as co-equal primary strategy, 30-day community reserve architecture, communication redundancy without infrastructure dependence, and maritime mutual aid for inter-island resource sharing.
The framework is available as a free download and applies to island and coastal communities worldwide — Pacific, Caribbean, Indian Ocean, and Mediterranean. Governments, emergency management agencies, and corporations commissioning island-specific emergency preparedness research can contact ISPI at ISPIGlobal@proton.me.