Posted on Jun\u00a029,\u00a02013<\/h4>\n\n<\/p>\nBy Kieran Cooke, Climate News Network<\/b><\/p>\n
This piece first appeared at Climate News Network<\/a>.<\/i><\/p>\nLONDON\u2013The global insurance industry\u2019s own analysts warn that it faces potentially serious financial losses unless it plays an active role in urging governments to address climate-change factors such as greenhouse gas emissions.<\/p>\n
The Geneva Association, a leading international insurance thinktank that examines trends in the global insurance industry, has published a report this week that identifies \u201ca significant upward trend in the insured losses caused by extreme weather events\u201d.<\/p>\n
It warns that changes in climate mean insurance companies have entered a new, highly uncertain era, and must adapt to what it calls a \u201cnew normal\u201d in assessing risks and setting pricing policies. Traditional ways of assessing such risks, based solely on analysing historical data, are \u201cincreasingly failing\u201d.<\/p>\n
The report, Warming of the Oceans and Implications for the (Re)insurance Industry, says the world\u2019s oceans have been warming significantly as the result of rising greenhouse gas emissions ? and it is this warming that is the key driver of global extreme events.<\/p>\n
Ocean dynamics<\/b><\/p>\n
\u201cUnderstanding the changes in ocean dynamics and the complex interactions between the ocean and the atmosphere is the key to understanding current changes in the distribution, frequency and intensity of global extreme events relevant to the insurance industry ? such as tropical cyclones, flash floods or extra-tropical storms,\u201d the report says.<\/p>\n
The warming of the oceans means an \u201cincreased loss potential\u201d for the insurance industry, the report says. It\u2019s uncertain how the risk associated with the warming of the oceans and changes in climate will develop over time, but the report\u2019s authors advocate moving from traditional data-based ways of assessing such risks to what they call predictive risk estimation methods, based on various modelling techniques.<\/p>\n
Such forecasting techniques are by no means perfect and can often give rise to more uncertainties ? although this does not mean they are not useful or scientifically sound. \u201cIt rather reflects the limits of the scientific understanding and the ability to predict extreme events in a chaotic system,\u201d the report says.<\/p>\n
Increased risk<\/b><\/p>\n
The report\u2019s authors issue a stark warning about insurance-related problems in parts of the world that are seeing increasing levels of risk matched with growing demands for insurance, and, at the same time, decreasing levels of self-protection. Such areas might be uninsurable, the report says. \u201cExamples for markets with this potential are UK flood or Florida wind storm insurance.\u201d<\/p>\n
The only way to make sure such regions remain insurable is immediately to put in place risk-mitigation measures says the report. The insurance industry should distribute high-quality information about risk associated with climate change, and should encourage adaptation through innovative product design.<\/p>\n
The report concludes: \u201cThese actions, alongside the support of science in tackling the major challenges in projecting the impacts of ocean warming and climate change more generally, will help the insurance industry avoid market failures and increase societal resilience.\u201d\n<\/p>\n
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Flying Lava Shark<\/a> (CC BY 2.0)<\/a><\/p>\nA scene from the wreckage of Hurricane Sandy in Ocean Grove, New Jersey.\n<\/p>\n
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By Kieran Cooke, Climate News Network<\/b><\/p>\n
This piece first appeared at Climate News Network<\/a>.<\/i><\/p>\n LONDON\u2013The global insurance industry\u2019s own analysts warn that it faces potentially serious financial losses unless it plays an active role in urging governments to address climate-change factors such as greenhouse gas emissions.<\/p>\n The Geneva Association, a leading international insurance thinktank that examines trends in the global insurance industry, has published a report this week that identifies \u201ca significant upward trend in the insured losses caused by extreme weather events\u201d.<\/p>\n It warns that changes in climate mean insurance companies have entered a new, highly uncertain era, and must adapt to what it calls a \u201cnew normal\u201d in assessing risks and setting pricing policies. Traditional ways of assessing such risks, based solely on analysing historical data, are \u201cincreasingly failing\u201d.<\/p>\n The report, Warming of the Oceans and Implications for the (Re)insurance Industry, says the world\u2019s oceans have been warming significantly as the result of rising greenhouse gas emissions ? and it is this warming that is the key driver of global extreme events.<\/p>\n Ocean dynamics<\/b><\/p>\n \u201cUnderstanding the changes in ocean dynamics and the complex interactions between the ocean and the atmosphere is the key to understanding current changes in the distribution, frequency and intensity of global extreme events relevant to the insurance industry ? such as tropical cyclones, flash floods or extra-tropical storms,\u201d the report says.<\/p>\n The warming of the oceans means an \u201cincreased loss potential\u201d for the insurance industry, the report says. It\u2019s uncertain how the risk associated with the warming of the oceans and changes in climate will develop over time, but the report\u2019s authors advocate moving from traditional data-based ways of assessing such risks to what they call predictive risk estimation methods, based on various modelling techniques.<\/p>\n Such forecasting techniques are by no means perfect and can often give rise to more uncertainties ? although this does not mean they are not useful or scientifically sound. \u201cIt rather reflects the limits of the scientific understanding and the ability to predict extreme events in a chaotic system,\u201d the report says.<\/p>\n Increased risk<\/b><\/p>\n The report\u2019s authors issue a stark warning about insurance-related problems in parts of the world that are seeing increasing levels of risk matched with growing demands for insurance, and, at the same time, decreasing levels of self-protection. Such areas might be uninsurable, the report says. \u201cExamples for markets with this potential are UK flood or Florida wind storm insurance.\u201d<\/p>\n The only way to make sure such regions remain insurable is immediately to put in place risk-mitigation measures says the report. The insurance industry should distribute high-quality information about risk associated with climate change, and should encourage adaptation through innovative product design.<\/p>\n The report concludes: \u201cThese actions, alongside the support of science in tackling the major challenges in projecting the impacts of ocean warming and climate change more generally, will help the insurance industry avoid market failures and increase societal resilience.\u201d\n<\/p>\n Flying Lava Shark<\/a> (CC BY 2.0)<\/a><\/p>\n A scene from the wreckage of Hurricane Sandy in Ocean Grove, New Jersey.\n<\/p>\n <\/span>\n<\/div>\n<\/p>\n