Systems.CoExplorer

Nature's Enduring Patterns as a Path to Systems Literacy

An exploration of how domain-specific literacies — ocean, earth, climate, data, network — converge through empirically cataloged enduring patterns toward a deeper understanding of how systems work. Each thinker page presents one mind's contribution to this understanding, navigable as a knowledge graph.

Two Streams of Understanding

The understanding that everything is interconnected — that wholes behave differently from the sum of their parts, that systems self-regulate and evolve — has emerged from multiple traditions. We present two parallel streams, not as predecessor and successor, but as distinct ways of knowing that illuminate one another.

Indigenous Knowledge Traditions

Continuous, living knowledge systems that have always understood interconnectedness, reciprocity, and adaptive coordination. From Aboriginal Australian songlines to Māori Mātauranga, from First Nations Medicine Wheels to Vedic holistic cosmology — these traditions embody relational ontology not as theory but as lived reality. They represent prior and ongoing understanding, not precursors waiting for Western validation.

Indigenous peoples never separated their world into "systems" in the first place. Western systems thinking is, in part, the Western tradition's slow journey back toward understanding that indigenous peoples never left.

The Western Intellectual Genealogy

From Greek teleological thinking through Islamic preservation and extension of feedback mechanisms, through Enlightenment mechanism, through 20th century cybernetics and systems theory as corrections to over-mechanization. This tradition formalized and theorized about regulation, communication, and control as abstract principles — making the reflexive, meta-theoretical move that distinguishes cybernetics and systems science as disciplines.

The genealogy below traces not a single lineage but converging streams of original thought.

Intellectual Lineage

~500 BCE
Heraclitus — Process and flux as fundamental reality. "Everything flows." The earliest Western articulation of process thinking.
~380 BCE
Plato — κυβερνητικός (kybernētikos): the art of governance and steersmanship. The word from which "cybernetics" derives.
~350 BCE
Aristotle — Teleology and the four causes, especially final cause (telos). Self-organizing properties of nature. The whole is prior to the parts. Revered as "The First Teacher" across Islamic and Christian traditions.
9th century
House of Wisdom, Baghdad — Systematic translation and integration of Greek knowledge. The Banū Mūsā brothers' Book of Ingenious Devices (~850): ~100 automata with genuine feedback controllers, float valve regulators, and fail-safe systems.
9th–14th c.
Islamic Golden Age — Al-Khwarizmi (algorithms), Ibn al-Haytham (scientific method, optics), Al-Jazari (1206: programmable automata, crankshafts, reconfigurable mechanical systems), Ibn Khaldun (cyclical dynamics of civilizations, social systems).
1868
James Clerk Maxwell — Theoretical paper "On Governors." First formal mathematical analysis of feedback control principles.
1912–1922
Alexander Bogdanov — Tektology: Universal Organizational Science. The first universal science of organization, anticipating both General Systems Theory and cybernetics by decades. Rediscovered only in the 1980s.
1926
Jan SmutsHolism and Evolution. Coined "holism." Wholes as creative, self-regulating entities with internal structure and function — more than mechanism. Einstein called it one of two ideas that would direct human thinking.
1929
Alfred North WhiteheadProcess and Reality. Process philosophy: reality as becoming, not static being. Deeply aligned with cybernetic and systems thinking.
1937–1968
Ludwig von Bertalanffy — Organismic biology and General System Theory. Open systems, equifinality, isomorphism across disciplines.
1943–1953
The Macy Conferences — Transdisciplinary crystallization. Wiener, Ashby, McCulloch, Bateson, Mead, von Neumann, von Foerster. Cybernetics formalized as the study of "teleological mechanisms."
1948–1956
Norbert Wiener & W. Ross Ashby — Wiener's Cybernetics (1948). Ashby's Design for a Brain (1952) and Introduction to Cybernetics (1956). The Law of Requisite Variety.
1965–1983
Sir Geoffrey Vickers — Appreciative systems: the ongoing process by which we notice, discriminate, and value aspects of our situation. The Art of Judgement (1965), Value Systems and Social Process (1968), Human Systems are Different (1983). Victoria Cross recipient, lawyer, administrator, and systems practitioner who insisted that human systems cannot be understood through goal-seeking models alone — they are maintained by relationship-maintaining processes. President of the Society for General Systems Research; profoundly influenced Peter Checkland and the Open University systems group.
1975–1976
Gordon Pask — Conversation Theory. Understanding emerges through dialogue, not transmission. Entailment meshes, teachback protocols, learning conversations.
1978
Len TroncaleNature's Enduring Patterns. Systems Process Theory (SPT): empirical cataloging of processes common to all systems. 8 Principal Systems Concepts, 129+ Linkage Propositions, 110+ isomorphies across disciplines.
A note on framing: This genealogy traces traditions that addressed problems which cybernetics and systems science later formalized — not a claim that earlier thinkers "did" cybernetics or systems science. The distinction matters: between building things that self-regulate and theorizing about the nature of regulation as an abstract principle. We present intellectual genealogy, not retroactive attribution.

Thinker Pages

Each thinker page is self-contained — a standalone exploration of one mind's contribution to understanding how systems work. Each has its own knowledge graph. Visit, explore, and navigate one thinker's conceptual world.

Available Now
Len Troncale
1943–2025
Cell biologist turned systems scientist. Pioneered Systems Process Theory — an empirically grounded framework that catalogs the fundamental processes common to all systems, connected by formal Linkage Propositions. Four decades mapping nature's enduring patterns across every scientific discipline.
51 Concepts
129 Linkage Propositions
110 Isomorphies
8 Principal Systems Concepts
Coming
Ludwig von Bertalanffy
1901–1972
Founder of General System Theory. Organismic biology, open systems, equifinality, and the conviction that similar principles operate across vastly different domains.
Coming
Christopher Alexander
1936–2022
Architect of pattern languages and the nature of order. Generative sequences, centers, and the quality without a name.
See also: The companion site cybernetics.coexplorer.org hosts thinker pages for Ashby, Beer, Pask, Turing, Spencer-Brown, and Whitehead — each with their own knowledge graph. For the broader context of systems literacy as an evolution from ocean, climate, data, network, and ecological literacies, see the curated Systems Literacy presentations from ISSS Corvallis 2019, including Troncale's Bertalanffy Lecture.