BOSTON, Jan. 20, 2014 – According to catastrophe modeling firm AIR Worldwide, at 9:52 p.m. Eastern Time, on January 19 (3:52 p.m., local time, January 20), a magnitude 6.2 earthquake struck New Zealand’s North Island. The epicenter was located 111 km (69 miles) northeast of Wellington, New Zealand’s capital city and second most populous area, and 34 km (21 miles) south-southeast of Palmerston and 37 km (23 miles) north-northeast of Masterson. Strong shaking was felt in the vicinity of both Palmerston and Masterson. The quake struck at a depth of…
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AIR Estimates Losses from European Windstorm Xaver at Between EUR 700 Million and EUR 1.4 Billion
BOSTON, Dec. 12, 2013 – Catastrophe modeling firm AIR Worldwide estimates that insured wind losses from Extratropical Cyclone Windstorm Xaver will range between EUR 700 million and EUR 1.4 billion, with the majority of the losses in Denmark, Germany, and the UK. Losses also occurred in the Netherlands, Belgium, Sweden, and Norway. The strong extratropical cyclone (ETC) known as Xaver came ashore on Thursday, December 5, in Scotland with wind speeds comparable to those of a Category 1 hurricane. It then headed south and moved across the North Sea to…
Read MoreTornado Outbreak in the Midwest on Sunday Destroys Hundreds of Homes: AIR
BOSTON, Nov. 19, 2013 – According to catastrophe modeling firm AIR Worldwide, on Sunday, November 17, 2013, an outbreak of intense late-season thunderstorms accompanied by high winds, quarter-to-baseball sized hail, and dozens of tornadoes swept across the Midwest, flattening hundreds of homes. While tornadoes were sighted in several states, including Kentucky, Indiana, and Ohio, the most damaging twisters occurred in central Illinois. According to preliminary reports from the NOAA Storm Prediction Center (SPC), 80 tornadoes were produced by this severe thunderstorm outbreak, making it the second most active severe weather…
Read MoreNortheast Braces for Blizzard Tomorrow: AIR Worldwide
BOSTON, Feb. 7, 2013 – According to catastrophe modeling firm AIR Worldwide, a disturbance tracking across the Great Lakes is expected to merge later tonight with another low pressure system developing off the Mid-Atlantic Coast. The combined system is forecast to pass to the south of Cape Cod and then intensify rapidly. By Friday evening, heavy snow is expected to fall across southern New England, and by Saturday morning winds are expected to be very intense for coastal New England. “Convective (thunderstorm) activity embedded within the system could result in…
Read MoreFloods Associated with Ex-Tropical Cyclone Strike Eastern Australia
According to catastrophe modeling firm AIR Worldwide, flooding has hit parts of eastern Australia, forcing thousands of residents to evacuate their homes. The heavy precipitation over the past week is associated with ex-tropical cyclone Oswald and was enhanced by a monsoon trough, an elongated area of low pressure that moved south along the Queensland coast into New South Wales. Floodwaters cut off rural communities, damaged homes, caused massive power outages, and disrupted coal mining operations. Water levels are slowly receding on most rivers, but dozens of flood warnings still remain…
Read MoreHomeowners insurance coverage confusion regarding power failures
Following Hurricane Sandy, many people would like to know if they are covered when the lights go out. Typically, a power outage causes a minor level of inconvenience – especially at home – but when a storm such as Hurricane Sandy strikes, many people wonder if the losses that can occur from those events are covered by their homeowners insurance policies. After a certain number of hours, it is no longer a matter of simply not being able to watch TV. For example, when power failures occur in the dead…
Read MoreScandinavia Hit Hard by Windstorm Dagmar
According to catastrophe modeling firm AIR Worldwide, Windstorm Dagmar has moved across Russia north of St. Petersburg and begun to dissipate, its hurricane-force winds having caused power outages, tree- downings, and landslides and other disruption across northern Scandinavia on Christmas Day and the early hours of yesterday, December 27th. According to AIR, Windstorm Dagmar developed almost suddenly, the product of a large temperature contrast between cold air moving south from Greenland/Arctic Norway and warm air moving north from the Azores/Iberia. Its formation assisted by a rapid deepening of lows and…
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