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Effect of Climate-Related Losses on Insurance Capital Adequacy

Abstract

Climate-related events such as floods, storms, droughts, wildfires, and extreme weather conditions can generate significant insurance losses and increase the financial risks faced by insurance companies. Rising frequency and severity of climate-related losses may place pressure on insurers’ claims reserves, capital resources, and solvency positions. Assessing the effect of climate-related losses on insurance capital adequacy is therefore important for understanding insurers’ capacity to absorb climate-driven financial shocks. The study examines the effect of climate-related losses on insurance capital adequacy. It focuses on how changes in the frequency and severity of climate-related claims may influence insurers’ available capital and ability to satisfy required capital levels. The study will assess the relationship between climate-related losses, insurance claims, capital adequacy ratios, solvency margins, and insurers’ overall financial capacity. The study will consider indicators such as climate-related claims frequency, claims severity, aggregate losses, loss ratios, insurance liabilities, available capital, required capital, and capital adequacy ratios. Actuarial loss modelling, probability distributions, scenario analysis, sensitivity analysis, and stress testing will be applied to estimate potential climate-related losses and assess their implications for insurers’ capital positions. Historical climate-related claims experience will also be examined to identify relevant patterns in insurance losses. A quantitative research approach will be adopted for the study. Relevant insurance data relating to climate-related claims, premiums, losses, liabilities, and capital positions will be collected from selected insurance companies and analysed using descriptive statistics, correlation analysis, regression analysis, actuarial modelling, and stress-testing techniques. The analysis will compare climate-related loss experience with capital adequacy indicators to determine the extent to which climate-driven losses may affect insurers’ capital positions. The study is expected to reveal that increasing climate-related losses may place significant pressure on insurance capital adequacy. Higher claims frequency and severity are expected to increase insurance liabilities and reduce the capital available to absorb additional losses. The analysis may also show that insurers with significant exposure to climate-sensitive risks may require stronger capital buffers to maintain adequate solvency under severe climate-related loss scenarios. The findings are expected to provide useful information for insurers, actuaries, regulators, and risk managers in strengthening climate-related risk assessment and capital management. The study may support improved catastrophe modelling, capital planning, reserve management, underwriting decisions, and solvency monitoring. It may also assist insurers in identifying potential capital pressures arising from changing patterns of climate-related losses. The study concludes that climate-related losses can have important implications for insurance capital adequacy, particularly where extreme events generate substantial and unexpected claims. It is therefore recommended that insurers incorporate climate-related loss scenarios into actuarial capital models, regularly assess their exposure to climate risks, and maintain adequate capital buffers to strengthen financial resilience against future climate-related losses.

Keywords: Climate-related losses, insurance capital adequacy, climate risk, insurance claims, catastrophe risk, capital requirements, available capital, required capital, solvency, claims frequency, claims severity, insurance liabilities, actuarial modelling, stress testing, financial resilience.