Organicism

Francisco Javier Navarro Prieto

Organicism is a philosophical and scientific current that understands certain complex realities—such as organisms, societies, or even nature as a whole—as organized wholes whose parts can only be adequately understood by reference to the larger whole of which they form a part. Against explanations that reduce such wholes to a mere sum of independent elements, organicism maintains that the relations among the parts play a constitutive role and that the whole possesses properties and dynamics that cannot be fully explained through the isolated analysis of its components.

The term has a long history and does not designate a single doctrine. At different times, it has been used to describe a conception of the cosmos, a theory of organisms, an interpretation of society, or a particular way of understanding works of art and psychological phenomena. Despite this diversity, all forms of organicism share the idea that organization and the relations among parts are as important as the elements that compose a whole.

The roots of organicism can be traced back to Antiquity. Already in certain strands of Greek philosophy, one finds the idea that the universe constitutes a living and ordered whole. This conception reached a particularly influential formulation in Plato’s Timaeus, where the cosmos is presented as a great living being endowed with order and internal structure. The world does not appear as an accidental aggregation of elements, but as an integrated reality whose parts find their place within a broader whole. This image of the universe as an organism exerted a lasting influence on ancient, medieval, and Renaissance philosophy.

During the Renaissance, authors such as Marsilio Ficino, Tommaso Campanella, and Giordano Bruno revived various versions of this organicist vision of nature. In many cases, the idea of a living cosmos was associated with animistic conceptions or with the belief in a correspondence between the human microcosm and the universal macrocosm. However, the development of modern science gradually displaced this image. The scientific revolution of the sixteenth and seventeenth centuries promoted a mechanistic interpretation of nature according to which the world was to be understood by analogy with a machine. In place of the organism, the clock became the dominant metaphor for understanding the universe (Ruse, 2021).

It was precisely as a reaction to this expansion of mechanism that new forms of organicism emerged. In the late eighteenth and early nineteenth centuries, authors associated with German Romanticism, such as Goethe and Schelling, argued that nature could not be understood exclusively through mechanical models. Against the image of a world composed of externally related parts, they insisted on the existence of processes of development, self-organization, and integration that resembled the growth of an organism more than the functioning of a machine. This Romantic tradition exerted a considerable influence on philosophy, biology, social theory, and aesthetics throughout the nineteenth century (Richards, 2003).

An especially important antecedent of modern organicism was Immanuel Kant. In the second part of the Critique of Judgment, Kant drew attention to a distinctive feature of organisms: in them, the parts exist through and for one another. Whereas the components of a machine are assembled from the outside, the parts of an organism participate in the production and maintenance of the whole of which they form a part. Kant did not believe that this observation amounted to a complete scientific theory of life, but he did identify a problem that would shape many subsequent discussions about the nature of living beings (Kant, 1790).

Throughout the nineteenth century, organicism acquired multiple meanings. In sociology and political theory, so-called social organicism emerged, using the analogy between organism and society to explain the interdependence of social institutions. Authors such as Herbert Spencer compared complex societies to organisms composed of differentiated parts performing specific functions. Later, Émile Durkheim employed similar ideas to analyze the division of labor and solidarity in modern societies (Spencer, 1860; Durkheim, 1893).

This social analogy had very diverse political consequences. In some cases, it was used to defend hierarchical and conservative models of social organization (see Social Darwinism), as in certain interpretations of Herbert Spencer that regarded state intervention as a disruption of the spontaneous development of the social organism. In other cases, it served to justify reforms aimed at protecting the most vulnerable members of the community, for example in the thought of Leonard Hobhouse and other advocates of British New Liberalism, who appealed to social interdependence in support of welfare measures and public protection. As recent historiography has shown, social organicism was not associated with a single political orientation, but was instead employed by very different intellectual and political currents to emphasize the interdependence of individuals and groups within a broader community (Kucich, 2019).

Organicism also played an important role in aesthetic and literary theory. Since Romanticism, many works of art came to be interpreted as organisms in which each element contributes to the internal development of the whole. The notion of “organic form” became an alternative to more rigid conceptions of artistic composition. A successful work was no longer one constructed through the external application of rules, but one whose structure emerged coherently from its own internal development. This idea exerted considerable influence on literary and artistic criticism throughout the nineteenth and twentieth centuries (Kucich, 2019).

In psychology, the term has had at least two distinct meanings. On the one hand, it has designated holistic approaches that maintain that certain mental phenomena should be studied as organized configurations rather than as aggregates of independent elements. Gestalt psychology constitutes a paradigmatic example of this orientation. On the other hand, the term has also been used to emphasize the importance of organic and physiological factors in the explanation of behavior and mental processes. Although these two meanings are different, both share the idea that psychological phenomena depend on organized structures that cannot easily be reduced to isolated elements.

Nevertheless, the field in which organicism acquired its most precise formulation was biology. Between the late nineteenth century and the first half of the twentieth century, an important organicist movement emerged that sought to provide an alternative to both mechanism and vitalism. Mechanism maintained that organisms could be explained entirely by the same principles governing ordinary physical systems. Vitalism, by contrast, claimed that living beings possessed some special principle or vital force irreducible to matter. Organicists rejected both positions. They accepted that organisms are material entities, but argued that their organization introduces specific explanatory problems that cannot be resolved through a simple reduction to physics or chemistry (Nicholson and Gawne, 2015).

Authors such as J. S. Haldane, E. S. Russell, Joseph Needham, Ludwig von Bertalanffy, Paul Weiss, and C. H. Waddington defended different versions of this perspective. Although they differed on many points, they shared the conviction that the organism should occupy a central place in biological explanation. Against the tendency to study ever smaller components of living systems, they insisted on the need to understand how those components are integrated into organized wholes (Nicholson and Gawne, 2015).

Although, as we have seen, organicism has been applied to very different domains, it was in biology that these intuitions achieved their most rigorous and systematic formulation. Concepts such as organized wholes, functional interdependence, and the irreducibility of the whole were originally developed in order to understand what distinguishes an organism from a mere aggregation of parts. For this reason, a brief examination of biological organicism helps clarify the principles that characterize organicism in general.

The central idea of biological organicism can be summarized in three principles. The first is the priority of organization. Organisms are composed of molecules, cells, and tissues, but what makes them living beings is not the nature of those components considered in isolation, but the way in which they are organized. From this perspective, life is not a special substance, but a particular form of organization of matter (Needham, 1936; Bertalanffy, 1933).

The second principle is the relative irreducibility of organized wholes. Organicists did not deny the importance of the physical or chemical components of organisms, but they maintained that knowledge of those components alone is insufficient to explain all the properties of the complete system. Certain characteristics emerge only when elements interact within a particular organization. Biological explanation therefore requires the study of both the parts and the relations among them (Gilbert and Sarkar, 2000).

The third principle is the interdependence between parts and whole. In an organism, the parts contribute to the functioning of the whole, but the whole also conditions the behavior of the parts. This reciprocal relationship distinguishes organic systems from simple aggregates and explains why concepts such as function, regulation, development, and adaptation occupy a central place in the biological sciences (Gilbert and Sarkar, 2000).

For much of the twentieth century, the rise of molecular genetics and reductionist approaches pushed organicism into the background. Nevertheless, many of its core intuitions later reappeared in fields such as general systems theory, systems biology, evolutionary developmental biology, and epigenetics, which studies how cellular and environmental factors can influence gene activity without altering the DNA sequence itself. In these contexts, renewed emphasis has been placed on the importance of organization, interactions across levels, and the study of organisms as integrated complex systems. Thus, phenomena such as embryonic development and gene regulation are now often understood as the outcome of networks of interaction among genes, cells, tissues, and the environment, rather than as the simple execution of instructions contained in isolated genes (Bertalanffy, 1968; Gilbert & Sarkar, 2000).

Despite the diversity of the historical manifestations discussed above, it is possible to identify certain common features shared by most organicist conceptions. First, the conviction that certain realities must be understood as organized wholes rather than as simple aggregates of independent elements. Second, the idea that the relations among parts are as important as the parts themselves. Third, the thesis that the analysis of a system’s components, although necessary, is not always sufficient to understand the properties of the whole.

In sum, organicism does not designate a single doctrine, but rather a broad family of approaches present in philosophy, biology, sociology, psychology, and aesthetic theory. From ancient conceptions of the cosmos as a living being to contemporary research on complex systems, the common thread has been the search for models capable of explaining how organized unities emerge from the interaction of multiple elements. Its historical importance lies in having provided a recurring alternative to the strictest forms of reductionism and mechanism, reminding us that many phenomena cannot be understood solely through the analysis of their isolated components. From living organisms to human societies, organicism has insisted that the relations linking the parts are as significant as the parts themselves and that, in many cases, understanding the whole is a necessary condition for understanding its constituent elements.

Bibliography:

Bertalanffy, L. von. (1933). Modern Theories of Development: An Introduction to Theoretical Biology. Oxford University Press.

Bertalanffy, L. von. (1968). General System Theory. George Braziller.

Durkheim, É. (1893). De la division du travail social. Félix Alcan.

Gilbert, S. F., & Sarkar, S. (2000). Embracing complexity: Organicism for the 21st century. Developmental Dynamics, 219(1), 1–9.

Kant, I. [1790](2012). Crítica del juicio. Traducción de Roberto R. Aramayo y Salvador Mas. Alianza Editorial.

Kucich, J. (2019). Organicism. Victorian Literature and Culture, 46(3–4), 791–795.

Needham, J. (1936). Order and Life. Yale University Press.

Nicholson, D. J., & Gawne, R. (2015). Neither logical empiricism nor vitalism, but organicism: What the philosophy of biology was. History and Philosophy of the Life Sciences, 37(4), 345–381.

Platón. (1992). Timeo. En Diálogos VI: Filebo, Timeo, Critias. Traducción de Francisco Lisi. Gredos.

Richards, R. J. (2003). The Romantic Conception of Life. University of Chicago Press.

Ruse, M. (2021). A Philosopher Looks at Human Beings. Cambridge University Press.

Spencer, H. (1860). The Social Organism. Westminster Review, 73, 90–121.