Hawaii's Coral Reef Insurance Policy Triggered by Hurricane Lala

The Nature Conservancy's (TNC) parametric coral reef insurance policy has been triggered for the first time since its inception four years ago, following the impacts of Hurricane Lala on Hawaii.
Hurricane Lala brought dangerous flooding, strong winds, and major power outages across the state, causing damage to the coral reefs.
The policy, launched in 2022 by TNC and WTW, with global reinsurer Munich Re underwriting the risk, provides rapid funding for assessing and repairing coral reef damage caused by hurricanes and severe tropical storms across the Hawaiian Islands.
The policy was renewed in 2024, offering expanded coverage and greater potential payouts, and again in 2025, with Munich Re continuing to play a key role in the programme.
The parametric policy is designed to provide funding for reef recovery and the communities reliant on these ecosystems.
According to The Nature Conservancy, Hurricane Lala is the first storm to trigger the insurance policy, with sustained winds of 65 knots within the covered area.
The minimum payout is $200,000.
The payout will be determined collaboratively with the Hawaiʻi Emergency Reef Restoration (HERR) Network, a unified statewide coalition comprising government agencies, scientists, nonprofits, and community organisations.
The HERR team will evaluate the damage within the coming weeks and determine the best course of action to catalyze reef recovery.
"This is how it's intended to work. Through the HERR Network we have a coalition of trained emergency reef responders who can respond rapidly in times of crisis," commented Julia Rose, TNC's Coral Restoration Program manager in Hawaiʻi and Palmyra.
"Our reefs face many threats that are beyond our ability to address locally, but physical storm damage is an impact we can do something about. By acting quickly to assess and repair damaged reefs, we can give corals a better chance to recover and continue supporting Hawaiʻi's communities," Rose added.
The HERR Network has already demonstrated its rapid response capabilities this year following back-to-back Kona Low storms, which caused significant coral breakage and sedimentation across multiple islands.
| Policy Year | Renewal | Coverage | Payout |
|---|---|---|---|
| 2022 | Launched | Initial | - |
| 2024 | Renewed | Expanded | Greater potential payouts |
| 2025 | Renewed | Continued | - |
The Howden Foundation commented on the policy, stating that the payout demonstrates the value of having funding ready when nature and communities need it most.
The firm continued, "This is the power of insurance: helping to build resilience before disaster strikes and supporting recovery when it does."
Generous support from the Howden Foundation and TNC enabled the purchase of the 2026 policy.
The HERR Network will assess the damage and determine the actions needed to support reef recovery in the coming weeks.
This is the power of insurance: helping to build resilience before disaster strikes and supporting recovery when it does.
The payout will enable the HERR Network to evaluate the reefs across the state and identify subsequent actions to rescue, reattach, and restore any damaged corals.
The HERR team will work collaboratively with TNC and other stakeholders to determine the best course of action to catalyze reef recovery.
The coral reefs in Hawaii face many threats, including physical storm damage, which can be addressed through rapid response and assessment.
The HERR Network has already demonstrated its ability to respond quickly to coral damage, and this payout will enable them to continue this work.
The coral reefs in Hawaii are a vital part of the ecosystem, supporting communities and providing a habitat for a diverse range of marine life.
The HERR Network will work to restore and recover the coral reefs, giving them a better chance to recover and continue supporting the communities in Hawaii.
The coral reefs in Hawaii are a unique and valuable ecosystem, and the HERR Network will work to protect and preserve them for future generations.





