When sustainability is not enough: J. I. Rodale, Robert Rodale and regeneration
The father helped spread organic agriculture in the United States. The son developed the regenerative organic approach. A historical interview from 1989 records the central idea: agriculture can improve the natural resources it uses.
History and principles · 14 October 2026
J. I. Rodale: an organic agriculture pioneer
J. I. Rodale was a leading pioneer of the modern organic movement in the United States. Influenced by agronomist Sir Albert Howard, he connected soil fertility with food quality and human health.
He began publishing Organic Farming and Gardening in 1942 and founded the Soil and Health Foundation in 1947, later renamed the Rodale Institute. His contribution combined practical experimentation, public information and the creation of a research organisation.
Calling him the father of organic agriculture in the United States recognises his pioneering role. He was not its sole worldwide originator. Lord Northbourne had used “organic farming” in Look to the Land in 1940; Howard and other pioneers had already developed ideas about living soil.
Robert Rodale: the regenerative organic continuation
Robert, also known as Bob Rodale, continued his father’s work after J. I. Rodale’s death in 1971. The Rodale Institute credits Robert with the term “regenerative organic”.
“Regenerative” emphasised continuous improvement: production should strengthen the natural foundation on which it depends, the soil and the life it supports. His approach included social and economic dimensions alongside cultivation techniques.
The historical record from 1989
In a 1989 interview with the US Department of Agriculture, Robert Rodale explained the difference between sustainable and regenerative. The Rodale Institute links to the video and identifies 1:23 as the start of the relevant discussion.
The meaning of his position is that maintaining resources should be accompanied by actively improving them. The interview is primary audiovisual evidence of his thinking; it does not establish that the idea was first expressed in 1989.
Why the distinction matters in practice
In an olive grove with eroded or compacted soil, stopping further degradation is essential. Restoration also requires asking how soil structure, vegetation cover, water infiltration and biological functions can recover.
For our applications this means specific questions: what changes after compost is added? How does soil life develop? Is water retained better? Does tree condition improve? Regeneration requires monitoring and results in the field itself.
The connection with our Ionian Islands work
Bio7 and the Center pursue this direction through composting with active soil microbiology, microscopy, education and applications aimed at regeneration. Studying the Soil Food Web helps us examine biological mechanisms behind fertility alongside physical, chemical and agronomic indicators.
The Rodale story offers a clear reference: from the father’s dissemination of organic agriculture to the son’s emphasis on regeneration. Our goal is to cultivate in ways that help restore and improve the land.