Hail-related damage is a significant cause of loss and also an opportunity to improve policyholder satisfaction. Today’s upgrade to AER Respond™ provides a 15% improvement in the ability to validate hail claims. See the press release for testimonials from carriers, service providers, manufacturers, and insurance industry. These upgrades enable customers to prepare for the upcoming hail season and are available in our near-real-time AER Respond and historical AER BenchmarkTM products.
FireLine TM was highlighted as an outstanding commercial application that uses Landsat data, during a Landsat Data Continuity Mission (LDCM) pre-launch press conference. ( Video link ) FireLine, powered by AER technology, is the insurance industry's leading wildfire risk solution covering millions of properties in 10 western states. Verisk Analytics business unit, AER, develops FireLine using...
The Blizzard of 2013 will most certainly be a standout storm for many years to come. The setup and development of the storm was nearly textbook-like, with the phasing of two systems and cold-air damming established with an Arctic high over Québec. Like many big Northeast snowstorms, this storm was also well forecasted, and public preparedness and awareness was notably high in the days leading up to the storm. This latter aspect was a huge factor in limiting injuries and casualties throughout the region.
SuperStorm Sandy was a vivid reminder that hurricane damage is not only wind damage and that surge damage can be devastating and life threatening. In part supported by NSF, I led a collaboration with AIR-Worldwide and Harvard-Smithsonian Center for Astrophysics in Cambridge, Massachusetts, to study how hurricane surge risk to property might change in the future both as a result of changes to sea level and of changes to hurricane tracks and intensities.
Kyle Beatty joins 3 hurricane impact experts from Verisk Analytics in a special session at the Extreme Weather Insurance Risk Management Congress (EWRM) today in NYC “Superstorm Sandy Post Event Assessment: Assessing The Optimal Decision Making Tools For Managing Catastrophic Weather Events: Addressing Weather Prediction, Modeling Challenges, Claims Analysis And Impact Estimates.”
Justin Jones and I spoke at the AMS annual conference in Austin Texas, as well as many others from AER. Justin presented on tropospheric precursors and stratospheric warmings while I argued that predictability of the winter forecast based on the scientific current state of knowledge is limited to October.
One of the most important ways that scientists communicate the results of their research is through papers published in professional journals. One of the more influential journals in atmospheric science is the Journal of Geophysical Research: Atmospheres (JGR), published by the American Geophysical Union. Over its many decades of operation, JGR has published some of the most cited and authoritative research papers in the field and, consequently, has an extremely high ranking in the ISI Journal Citation Reports ©.
I was not planning on attending AGU this fall in San Francisco but then received two invited talks; one on climate prediction and the other on how warming of the Arctic is impacting weather in the midlatitudes. Talks are very hard to come by at AGU, with 22,000 participants, so two invited talks seemed like an opportunity not to be squandered.
