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Multidecadal dynamics project slow 21st-century economic growth and income convergence

Economics

Multidecadal dynamics project slow 21st-century economic growth and income convergence

M. G. Burgess, R. E. Langendorf, et al.

Dive into the future of economic growth with groundbreaking research by Matthew G. Burgess, Ryan E. Langendorf, Jonathan D. Moyer, Ashley Dancer, Barry B. Hughes, and David Tilman. This study unveils a unique pattern of GDP per capita growth influenced by regional wealth disparities and highlights the potential challenges posed by poverty and environmental factors in the 21st century.... show more
Abstract
Future economic growth will affect societal well-being and the environment, but is uncertain. We describe a multidecadal pattern of gross domestic product (GDP) per capita growth rising, then declining, as regions become richer. An empirically fitted differential-equation model and an integrated assessment model—International Futures—accounting for this pattern both predict 21st-century economic outlooks with slow growth and income convergence compared to the Shared Socioeconomic Pathways, similar to SSP4 ("Inequality"). For World Bank income groups, the differential-equation model could have produced, from 1980, consistent projections of 2100 GDP per capita, and more accurate predictions of 2010s growth rates than the International Monetary Fund's short-term forecasts. Both forecasts were positively biased for the low-income group. SSP4 might therefore represent a best-case—not worst-case—scenario for 21st-century economic growth and income convergence. International Futures projects high poverty and population growth, and moderate energy demands and carbon dioxide emissions, within the Shared Socioeconomic Pathway range.
Publisher
Communications Earth & Environment
Published On
Jun 22, 2023
Authors
Matthew G. Burgess, Ryan E. Langendorf, Jonathan D. Moyer, Ashley Dancer, Barry B. Hughes, David Tilman
Tags
economic growth
GDP per capita
income convergence
poverty
environment
differential-equation model
SSP4
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