---
id: books/the-limits-to-growth
about:
  label: The Limits to Growth
  description: >-
    The 1972 Club of Rome report by Meadows, Meadows, Randers and Behrens that
    used the World3 system-dynamics model to ask whether exponential growth in
    population and industry could continue on a finite planet.
  tags:
    - system dynamics
    - world model
    - club of rome
    - resources
    - history
book:
  authors:
    - Donella H. Meadows
    - Dennis L. Meadows
    - Jørgen Randers
    - William W. Behrens III
  publisher: Universe Books
  year: 1972
  url: 'https://openlibrary.org/works/OL3737039W'
domains:
  - people
  - food
provenance:
  origin: agent
  sources:
    - title: 'Open Library: Limits to Growth'
      url: 'https://openlibrary.org/works/OL3737039W'
    - title: 'Open Library: The limits to growth (Universe Books, 1972)'
      url: 'https://openlibrary.org/books/OL21154877M'
    - title: >-
        The Limits to Growth: A Report for the Club of Rome's Project on the ...
        - Donella H. Meadows - Google Books
      url: 'https://books.google.com/books?vid=ISBN9780876631652'
  created: '2026-10-17'
  reviewed: '2026-10-17'
  reviewed_by: 'Claude, from the sources listed'
  status: draft
---
A team at MIT built World3, a system-dynamics model in which population, industrial output, food, non-renewable resources and pollution act on one another through feedback loops, and ran it under a range of assumptions. The report presented the runs for a general reader: in most of them growth continues past the planet's limits and is followed by collapse within a century, while a stable equilibrium is reachable only with deliberate changes. It was commissioned by the Club of Rome, sold in the millions in many languages, and set off an argument that has not finished. The authors revisited the model in 1992 and again in a 30-year update in 2004.

For a twin builder it is the best known case of a whole-system model shaping public debate, and a case study in everything that follows from that: how results get read as predictions, how a model's limits get lost in transmission, and how much a small, clearly documented model can carry.