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Reviewing studies of degrowth: Are claims matched by data, methods and policy analysis?

Ivan Savin, Jeroen C.J.M. van den Bergh

2024Ecological Economics46 citationsDOIOpen Access PDF

Abstract

In the last decade many publications have appeared on degrowth as a strategy to confront environmental and social problems. We undertake a systematic review of their content, data and methods. This involves the use of computational linguistics to identify main topics investigated. Based on a sample of 561 studies we conclude that: (1) content covers 11 main topics; (2) the large majority (almost 90%) of studies are opinions rather than analysis; (3) few studies use quantitative or qualitative data, and even fewer ones use formal modelling; (4) the first and second type tend to include small samples or focus on non-representative cases; (5) most studies offer ad hoc and subjective policy advice, lacking policy evaluation and integration with insights from the literature on environmental/climate policies; (6) of the few studies on public support, a majority concludes that degrowth strategies and policies are socially-politically infeasible; (7) various studies represent a “reverse causality” confusion, i.e. use the term degrowth not for a deliberate strategy but to denote economic decline (in GDP terms) resulting from exogenous factors or public policies; (8) few studies adopt a system-wide perspective – instead most focus on small, local cases without a clear implication for the economy as a whole. We illustrate each of these findings for concrete studies. • We undertake a systematic review of degrowth studies. • This assesses the quality of content, data and methods. • The sample comprises 561 studies. • Computation linguistics identifies 11 main topics. • We draw eight main conclusions.

Topics & Concepts

DegrowthConfusionCausality (physics)Public policyPerspective (graphical)Public economicsEcological economicsEconomicsSample (material)Positive economicsPolitical scienceEcologySustainabilityEconomic growthBiologyComputer scienceChromatographyPsychoanalysisPhysicsChemistryQuantum mechanicsArtificial intelligencePsychologySustainability and Climate Change GovernanceUrban Planning and GovernanceSustainable Development and Environmental Policy