“Not all climate risk products are created equal.”
#ClimateChange is increasing the risk of atmospheric perils - which in turn is causing broader uptake of #CatastropheModels.
But as this recently published #JCRR research paper reveals, the range of loss estimates varies: buff.ly/tJJgjdt
#ClimateChange is increasing the risk of atmospheric perils - which in turn is causing broader uptake of #CatastropheModels.
But as this recently published #JCRR research paper reveals, the range of loss estimates varies: buff.ly/tJJgjdt
March 19, 2026 at 2:35 PM
“Not all climate risk products are created equal.”
#ClimateChange is increasing the risk of atmospheric perils - which in turn is causing broader uptake of #CatastropheModels.
But as this recently published #JCRR research paper reveals, the range of loss estimates varies: buff.ly/tJJgjdt
#ClimateChange is increasing the risk of atmospheric perils - which in turn is causing broader uptake of #CatastropheModels.
But as this recently published #JCRR research paper reveals, the range of loss estimates varies: buff.ly/tJJgjdt
With enormous amounts of relevant information, data and expertise, the potential for collaboration between academia and the natural catastrophe insurance industry is huge – so how exactly can the industry make use of this vital resource? buff.ly/3ZaiERG
#RiskModelling #CatastropheModels
#RiskModelling #CatastropheModels
Event Report – Understanding Research Priorities in Natural Catastrophe Insurance - Journal of Catastrophe Risk and Resilience
On the 11th of June, the Royal Meteorological Society, the Lighthill Risk Network and UCL hosted an afternoon workshop, focused on identifying and compiling the research interests of the natural…
buff.ly
August 13, 2026 at 10:28 AM
With enormous amounts of relevant information, data and expertise, the potential for collaboration between academia and the natural catastrophe insurance industry is huge – so how exactly can the industry make use of this vital resource? buff.ly/3ZaiERG
#RiskModelling #CatastropheModels
#RiskModelling #CatastropheModels
The latest #JCRR article introduces “Metryc”, a probabilistic modelling system designed to capture the distribution of spatial wind risk at landfall in terms of local-scale wind gusts.
Read more: buff.ly/TpPquUZ
#ClimateChange #ClimateRisk #CatastropheModels #Hurricanes #TropicalCyclone
Read more: buff.ly/TpPquUZ
#ClimateChange #ClimateRisk #CatastropheModels #Hurricanes #TropicalCyclone
Reask Metryc: A Probabilistic Wind Gust Model for Tropical Cyclone Event Response with Global Coverage - Journal of Catastrophe Risk and Resilience
Abstract Estimating ground level winds during a Tropical Cyclone (TC) landfall is a time sensitive and uncertain exercise. The ability to quickly identify areas of highest risk provides critical…
buff.ly
July 30, 2026 at 4:29 PM
The latest #JCRR article introduces “Metryc”, a probabilistic modelling system designed to capture the distribution of spatial wind risk at landfall in terms of local-scale wind gusts.
Read more: buff.ly/TpPquUZ
#ClimateChange #ClimateRisk #CatastropheModels #Hurricanes #TropicalCyclone
Read more: buff.ly/TpPquUZ
#ClimateChange #ClimateRisk #CatastropheModels #Hurricanes #TropicalCyclone
Supershear #earthquakes: What exactly are they? Are they common? And where do they occur? In short, they are an earthquake where the rupture speed is faster than seismic shear waves – and they account for approximately one third of large strike slip earthquakes: buff.ly/iwJvwZJ
#CatastropheModels
#CatastropheModels
Supershear Earthquakes – An Insurance Blind Spot - Journal of Catastrophe Risk and Resilience
Luke Wedmore and William Sturgeon, research analysts at MS Amlin, review the evidence and impact of supershear earthquakes and discuss how the effects of this type of earthquakes are currently…
buff.ly
July 21, 2026 at 5:12 PM
Supershear #earthquakes: What exactly are they? Are they common? And where do they occur? In short, they are an earthquake where the rupture speed is faster than seismic shear waves – and they account for approximately one third of large strike slip earthquakes: buff.ly/iwJvwZJ
#CatastropheModels
#CatastropheModels