Climate Shocks in the Anthropocene Era: Should Net Domestic Product Reflect Climate Disasters?

The asset costs of natural disasters in the United States grew rapidly from 1980 to 2023, with the trend rising 4.9% annually in real terms to $90 billion in 2023. Much of this trend in asset losses is likely due to climate change, and implies a faster depreciation of real assets. We argue that the expected depreciation from these events should be included in consumption of fixed capital (CFC), leading to lower levels and slightly lower growth rates for net domestic product (NDP) and net domestic investment. We use Poisson pseudo‐maximum‐likelihood regressions to estimate this expectation and to generate our experimental measure of costs. An alternative calculation of CFC and NDP might directly include the time series of costs incurred rather than the far smoother expectation; this was the procedure adopted before 2009 and resulted in abrupt changes in NDP.

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Publication Details

Journal
Review of Income and Wealth
Published
2024-10-28
DOI
https://doi.org/10.1111/roiw.12719
Primary Topic
Climate Change Policy and Economics
Type
article
Field-Weighted Citation Impact
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article

Climate Shocks in the Anthropocene Era: Should Net Domestic Product Reflect Climate Disasters?

Brian Sliker, Leonard I. Nakamura
Review of Income and Wealth
Climate Change Policy and Economics
article

Climate Shocks in the Anthropocene Era: Should Net Domestic Product Reflect Climate Disasters?

Brian Sliker, Leonard I. Nakamura
article en

Abstract

The asset costs of natural disasters in the United States grew rapidly from 1980 to 2023, with the trend rising 4.9% annually in real terms to $90 billion in 2023. Much of this trend in asset losses is likely due to climate change, and implies a faster depreciation of real assets. We argue that the expected depreciation from these events should be included in consumption of fixed capital (CFC), leading to lower levels and slightly lower growth rates for net domestic product (NDP) and net domestic investment. We use Poisson pseudo‐maximum‐likelihood regressions to estimate this expectation and to generate our experimental measure of costs. An alternative calculation of CFC and NDP might directly include the time series of costs incurred rather than the far smoother expectation; this was the procedure adopted before 2009 and resulted in abrupt changes in NDP.

Review of Income and WealthVol. 71(1)
Bureau of Economic Analysis (US), Economic Research Centre (AZ), Federal Reserve Bank of Philadelphia (US)
Climate action
Openalex Percentile: Top 77%
Climate Change Policy and Economics
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