Three economic frameworks span the industrial S-curve, each structurally fit for a different phase: Throughput for acceleration, Retention as the growth-phase counter-tradition, and Regenerative for the deceleration and maturation phase.
Overview
The wiki treats the modern economic history of the last two and a half centuries as a contest between two frameworks, with a third emerging. Throughput won the acceleration phase because it fit. Retention was the coherent alternative held down by the gradient of the phase. Regenerative Economics is the framework that inherits retention’s structural principle and adds the ecological, commons-governance, bioregional, and cooperative dimensions the historical retention tradition lacked. All three share a family resemblance in that they are theories about how to organize productive activity at scale. They differ on what they measure and what they optimize for.
The three lineages
Throughput Economics
Throughput Economics measures value by what moves through a system: capital, trade volume, output, employment, exchange. Its theoretical foundations were laid by Adam Smith and David Ricardo and elaborated by the classical, neoclassical, monetarist, and neoliberal schools that followed. Its institutional expressions include free trade agreements, floating exchange rates, deregulated capital flows, and the treatment of land, labor, and money as commodities.
Throughput was structurally fit for the acceleration phase because rapid expansion into new territory, new markets, and new energy sources rewarded the mechanisms that maximized flow. Its historical achievements are real: the industrial world was built through it. Its failure mode arrives during deceleration, when maximizing flow degrades the substrate on which flow depends.
Key texts: Smith, The Wealth of Nations (1776); Ricardo, On the Principles of Political Economy and Taxation (1817); Polanyi, The Great Transformation (1944, as critique).
Retention Economics
Retention Economics measures value by what stays inside a system: productive capacity, capital, skills, resource sovereignty. Its core mechanisms include protective tariffs, state investment in domestic manufacturing and infrastructure, publicly funded education oriented toward productive capacity, and nationally directed credit.
The theoretical lineage runs from Hamilton’s Report on Manufactures (1791) through Carey’s Harmony of Interests (1851) and List’s National System of Political Economy (1841). The tradition was implemented by Lincoln in the United States, by Bismarck in Germany, and later by post-war East Asian developmental states. It was defeated in the periphery (Mattei, Mosaddegh, Sankara) by external intervention rather than by persuasion.
Retention Economics is a growth-phase framework. It is nationalist, growth-oriented, and ecologically blind. It sought to win the growth game inside the nation-state rather than to transcend it. Its structural principle (value measured by what stays) is nevertheless the precursor logic that Regenerative Economics inherits.
Key texts: Hamilton (1791); List (1841); Carey (1851); Chang, Kicking Away the Ladder (2002); Reinert, How Rich Countries Got Rich (2007).
Regenerative Economics
Regenerative Economics measures value by the health of living systems over time: soil, water, biodiversity, community capacity, cultural coherence, and the ecological function that supports all of them. The framework treats the economy as a subsystem of the biosphere rather than the biosphere as a subsystem of the economy.
Regenerative Economics extends Retention along four dimensions. It incorporates ecological limits, drawing on the planetary boundaries framework (Rockström, Steffen, Richardson) and physical constraints of energy return (EROI) and material throughput. It incorporates commons governance, drawing on Elinor Ostrom’s empirical work on how communities self-govern shared resources (see Governing the Commons, 1990). It operates at bioregional rather than national scale, treating watersheds, foodsheds, and ecosystems as the relevant unit of coordination. And it treats coordination as primarily cooperative rather than competitive.
BioConomy is one coordination architecture within this broader framework, focused on the practical question of how bioregions build the institutions, currencies, and stewardship arrangements that let regenerative logic become operational.
Key texts: Ostrom, Governing the Commons (1990); Richardson et al., 2023; Brockway et al., 2019; Tainter, The Collapse of Complex Societies (1988).
The through-line
The structural principle that connects Retention to Regenerative is the measurement rule: value is what stays in a system, not what flows through it. Hamilton measured national industrial capacity. Carey measured domestic productive concentration and empowered labor. List measured productive powers. Regenerative Economics measures soil health, watershed integrity, biodiversity, community resilience, and cultural coherence. The measuring stick changed. The structural principle did not.
The full regenerative framework could not have emerged during the growth phase, even from thinkers who correctly diagnosed the throughput problem, because the ecological limits that make retention ecologically (not merely developmentally) necessary had not been reached or perceived. The retention figures diagnosed the throughput problem one abstraction too early. Deceleration supplies the missing premise.
Mapping mechanisms across the lineages
| Retention mechanism | Regenerative successor |
|---|---|
| Protective tariff | Bioregional trade preference |
| National bank / greenback | Public and community banking; commons trusts |
| Land-grant college | Agroecology extension |
| Homestead Act | Community land trusts |
| Resource-rent retention | Ecological-rent retention (payments for ecosystem services, watershed levies) |
| National sovereignty | Bioregional sovereignty |
The mapping is programmatic rather than definitional. Its purpose is to operationalize the claim that the same structural principle animates both lineages, and to give present-day BioConomy practitioners a way to inherit the retention toolkit at the appropriate scale.
Related pages
- The BioConomy Developmental Arc
- The S-Curve Thesis
- Throughput Economics (glossary)
- Retention Economics (glossary)
- Regenerative Economics (glossary)
- BioConomy (glossary)
- Karl Polanyi
- Elinor Ostrom
Sources
- Polanyi, K. (1944). The Great Transformation
- Chang, H. J. (2002). Kicking Away the Ladder
- Reinert, E. (2007). How Rich Countries Got Rich and Why Poor Countries Stay Poor
- Ostrom, E. (1990). Governing the Commons
Provenance
Extracted from Sections 1, 2, and 4 of the Research Brief: The S-Curve Thesis and structured as a framework page that pairs each lineage with its Regenerative successor. The mapping table is a Structural Inference offered as a programmatic operationalization.