Navigating the CAT bond snag
Dear Editor,
Jamaica’s innovative use of catastrophe (CAT) bonds to mitigate the financial impact of natural disasters has hit a significant snag with Hurricane Beryl.
Despite the devastation caused by the earliest recorded category 5 hurricane, the nation will not receive a payout from its $150-million cat bond. This outcome highlights the complexity of CAT bonds and underscores the need for Jamaica to reassess and potentially renegotiate the terms of such financial instruments to better serve its disaster recovery needs.
CAT bonds are designed to transfer the risk of natural disasters from issuers to investors. In exchange for a higher yield compared to traditional investments, investors accept the risk of losing their principal if a predefined catastrophic event occurs. Jamaica’s cat bond, arranged by the World Bank and structured by Swiss Re Capital Markets and Aon Securities, provides insurance protection for named storms over four hurricane seasons and pays a return of seven per cent above the US Treasury rate.
For Jamaica’s CAT bond to trigger a payout, the storm’s central air pressure must fall below a certain threshold in one or more of the island’s 19 subareas. Despite Hurricane Beryl’s extensive damage, the required air pressure level was not met in any of these subareas, leaving investors unscathed and Jamaica without much-needed financial support.
Jamaica’s experience with Hurricane Beryl and its CAT bond reveals several critical points and suggests areas for improvement:
1) Stringent trigger conditions: The current cat bond’s payout conditions are highly specific and rigid. This rigidity, while protecting investors, can leave the issuing country vulnerable. Jamaica could negotiate more flexible trigger conditions that account for the totality of damage rather than relying solely on specific air pressure measurements.
2) Geographical and meteorological variables: The bond divides Jamaica into 19 subareas, with payouts dependent on localised measurements. This granularity can be problematic if significant damage occurs broadly but does not meet the precise conditions in any single subarea. Future bonds could consider alternative metrics, such as overall damage assessments or broader meteorological data to trigger payouts.
3) Broader risk parameters: Including additional parameters such as rainfall totals, wind speeds, and storm surge levels could provide a more comprehensive picture of a storm’s impact and increase the likelihood of triggering a payout.
4) Negotiating higher payout proportions: The minimum payout for Jamaica’s current CAT bond is set at 30 per cent of the nominal value. Jamaica could push for higher minimum payout levels or a more graduated payout structure that increases incrementally with the severity of the storm.
5) Integration with other financial instruments: While Jamaica has a robust disaster safety net of $1.6 billion, integrating cat bonds more effectively with other forms of insurance and credit lines could ensure more reliable access to funds. This approach might involve layered coverage strategies, whereby different instruments cover varying degrees of disaster severity.
6) Enhanced collaboration with global institutions: Engaging more deeply with global financial and climate institutions can provide Jamaica with better negotiation leverage and technical expertise. Institutions like the World Bank could offer additional support in structuring more favourable bond terms.
Jamaica’s proactive stance in using CAT bonds is commendable, particularly as climate change increases the frequency and intensity of natural disasters. However, the outcome following Hurricane Beryl demonstrates the need for refinement. By renegotiating bond terms to allow for more flexible and comprehensive payout conditions, Jamaica can better safeguard its financial stability and expedite recovery efforts in the wake of future catastrophes.
As climate patterns continue to evolve, so too must the financial instruments designed to mitigate their impact.
Janiel McEwan
Youth advocate
janielmcewan17@gmail.com