This event briefing describes the impact of rainfall in the British Virgin Islands, which was associated with a Covered Area Rainfall Event (CARE), starting on 18 September and ending on 20 September 2022. The Rainfall Index Loss (RIL) was below the attachment point of the British Virgin Islands’ excess rainfall policy and therefore no payout is due.

This event briefing describes the impact of rainfall in Dominica, which was associated with a Covered Area Rainfall Event (CARE), starting on 17 September and ending on 19 September 2022. The Rainfall Index Loss (RIL) was below the attachment point of Dominica’s excess rainfall policy and therefore no payout is due.

This event briefing describes the impact of rainfall in Antigua and Barbuda, which was associated with a Covered Area Rainfall Event (CARE), starting on 17 September and ending on 19 September 2022. The Rainfall Index Loss (RIL) was above the attachment point of Antigua and Barbuda’s excess rainfall policy and a payout of US$420,645.00 is due.

A magnitude 5.3 earthquake occurred at 08:44:35 (UTC) on 14 September 2022, 46.5 km (28.9 mi) ENE of Jiquilillo, Nicaragua; 71.6 km (44.5 mi) E of Corinto, Nicaragua and 73 km (45.4 mi) E of El Viejo, Nicaragua. Initial estimates from the United States Geological Survey (USGS) located the epicentre of the event at 12.547°N, 87.828°W, and at a depth of 69.3 km (43.06 mi).

Tropical Storm Fiona was the sixth named tropical cyclone of the 2022 Atlantic Hurricane Season. On 16 and 17 September, Fiona passed over the Northern Leeward Islands. In particular, tropical-storm-force winds spread over Antigua and Barbuda, Montserrat and Saint Kitts and Nevis.

Tropical Cyclone Bonnie was the second Tropical Cyclone of the 2022 Atlantic Hurricane Season. On June 28 and 29 the storm system had not yet been designated by NOAA as a tropical cyclone when it passed over Trinidad. However, at that time its maximum sustained winds were higher than 39 mph, which is the condition for a storm system qualifying as a CCRIF Tropical Cyclone Event (these conditions did not extended over Tobago), and therefore this event briefing report is issued for Trinidad.

Trinidad and Tobago was under the influence of potential tropical cyclone #2, which was later named Bonnie by the US National Hurricane Center (NHC), resulting in adverse weather conditions from June 29 to 30, 2022. During this period, while rainfall occurred in both islands, the heaviest rainfall occurred in Tobago.

This event briefing describes the impact of rainfall in Tobago, which was associated with a Covered Area Rainfall Event (CARE), starting on 29 June and ending on 30 June 2022.

Tropical Cyclone Bonnie was the second Tropical Cyclone of the 2022 Atlantic Hurricane Season. On June 28 and 29 the storm system had not yet been designated by NOAA as a tropical cyclone when it passed over Trinidad. However, at that time its maximum sustained winds were higher than 39 mph, which is the condition for a storm system qualifying as a CCRIF Tropical Cyclone Event (these conditions did not extended over Tobago), and therefore this event briefing report is issued for Trinidad.

A magnitude 5.1 earthquake occurred at 10:48:11 UTC on 17 June 2022, 29.4 km (18.3 mi) SSW of The Valley, Anguilla; 44.3 km (27.5 mi) SSW of Sint Maarten and 32.1 km (20mi) SSW of Sandy Ground Village, Anguilla. Initial estimates from the United States Geological Survey (USGS) located the epicentre of the event at 18.472°N, 62.984°W, and at a depth of 34.1 km. Sint Maarten and Anguilla were the only CCRIF member countries where peak ground acceleration, computed with the CCRIF SPHERA EQ model, was greater than 0.01 g for this earthquake.

A magnitude 5.1 earthquake occurred at 10:48:11 UTC on 17 June 2022, 29.4 km (18.3 mi) SSW of The Valley, Anguilla; 44.3 km (27.5 mi) SSW of Sint Maarten and 32.1 km (20mi) SSW of Sandy Ground Village, Anguilla. Initial estimates from the United States Geological Survey (USGS) located the epicentre of the event at 18.472°N, 62.984°W, and at a depth of 34.1 km. Sint Maarten and Anguilla were the only CCRIF member countries where peak ground acceleration, computed with the CCRIF SPHERA EQ model, was greater than 0.01 g for this earthquake.