@techreport{2d25e270c65345ddb1c2de431052b2a2,
title = "Climate Risks and Forecastability of US Inflation: Evidence from Dynamic Quantile Model Averaging",
abstract = "This study examines the impact of climate-related risks on the inflation rates of the United States, focusing on the overall Consumer Price Index (CPI) and its significant components, namely food and beverages and housing inflation. Employing quantile regression models and a comprehensive dataset spanning from January 1985 to September 2022, we analyze five specific climate risk factors alongside traditional macroeconomic predictors. Our findings indicate that models incorporating individual climate risks generally outperform those considering only macroeconomic factors. However, models combination strategies that integrate all five climate risk measures consistently deliver superior forecasting performance. Notably, the pronounced effect of climate risks on food inflation significantly contributes to the observed trends in the overall CPI, which is largely driven by this subcomponent. This research highlights the crucial role of climate factors in forecasting inflation, suggesting potential avenues for enhancing economic policy-making in light of evolving climate conditions.",
keywords = "Climate risks, US inflation, Dynamic quantile moving averaging, Forecasting, Climate risks, US inflation, Dynamic quantile moving averaging, Forecasting",
author = "Jiawen Luo and Shengjie Fu and Oguzhan Cepni and Rangan Gupta",
year = "2024",
month = may,
language = "English",
series = "Working Paper Series / Department of Economics. University of Pretoria ",
publisher = "University of Pretoria",
number = "2024-20",
address = "South Africa",
type = "WorkingPaper",
institution = "University of Pretoria",
}