Oxford is presented as a working centre of zoological teaching and ethological formation, and as a setting through which The Selfish Gene turns abstract evolutionary arguments into tangible examples. It is where Richard Dawkins taught and trained, and where the book’s analogies and experimental cases connect local institutions to its wider account of genes and behaviour.

Academic and Ethological Setting

Richard Dawkins is identified as a Lecturer in Zoology at Oxford University and as the author of The Blind Watchmaker. He describes himself as an ethologist and says that his debt to the ethological tradition in which he was trained is evident in the book. In particular, Niko Tinbergen influenced him during the twelve years Dawkins worked under him at Oxford. The book’s phrase “survival machine” is not attributed to Tinbergen, but Dawkins suggests that it might have been his.

Oxford therefore signifies more than a biographical address. Dawkins presents the book as grounded in the study of animal behaviour, while also drawing on newer ideas from outside conventional ethology. He names G. C. Williams, John Maynard Smith, W. D. Hamilton, and R. L. Trivers among the leading figures behind those ideas. The setting joins a tradition of direct behavioural observation to a developing theoretical account of evolution.

The Boat-Race Analogy

Oxford enters the book’s argument through an analogy based on the Oxford and Cambridge boat race. To explain how genes can cooperate in constructing a body while still being subject to selection, Dawkins imagines a coach choosing an ideal crew from candidates trained for distinct positions. The coach repeatedly assembles three trial crews by randomly shuffling candidates for each seat and has the crews race. Over several weeks, particular individuals tend to recur in winning boats, while others are repeatedly found in slower crews and are eventually rejected.

The analogy makes collective success compatible with differences among competitors. An outstanding oarsman can end up in a slow crew because of weaker colleagues or bad luck, such as an adverse wind; selection identifies better performers only on average. Dawkins maps the oarsmen onto genes, the rivals for each seat onto alleles competing for the same chromosome position, the gene pool onto the candidate pool, and rowing fast onto building a body that survives. The boat becomes a body in which genes share the same fortunes: a good gene may be lost with a body carrying a lethal gene, even as copies of that good gene persist in other bodies.

Territorial Behaviour and Experiment

Oxford is also the institutional setting for Dawkins’s account of Tinbergen’s work on territorial asymmetry. Tinbergen placed two male sticklebacks, each of which had built a nest at an opposite end of a fish tank, into separate large glass test-tubes. The males tried to fight through the glass while Tinbergen held their tubes together. When he moved them beside male A’s nest, A adopted an attacking posture and B tried to retreat; beside B’s nest, their roles reversed.

By shifting the tubes from one end of the tank to the other, Tinbergen determined which fish attacked and which retreated. The males’ behaviour showed a conditional pattern: the resident attacked, while the intruder retreated. Dawkins uses the experiment to argue that territorial defence can arise as an evolutionarily stable strategy from the asymmetry of arrival, without requiring a separate explanation in terms of benefits to the species. In this account, Oxford is linked not only to scholarly training but also to the controlled experimental demonstration that gives an abstract strategic model observable form.

Place in the Book’s Argument

Oxford’s appearances connect professional biography, intellectual inheritance, and explanatory method. The university is where Dawkins worked under Tinbergen, while the Oxford–Cambridge race supplies a familiar institutional image for cooperation among genes and competition between alleles. The experimental account of sticklebacks, in turn, shows how an ethologist’s manipulation of a simple setting can reveal a conditional rule of behaviour.

These examples contribute to the book’s larger movement between individual cases and general claims. Dawkins cautions that illustrative stories are not, by themselves, serious evidence for broad generalizations; they clarify what is meant by selfish and altruistic behaviour, while the theory is meant to explain those behaviours through gene-level selection. Oxford’s significance is thus practical as well as intellectual: it anchors the author’s training and supplies a memorable analogy, while the work associated with Tinbergen demonstrates how behavioural hypotheses can be tested through observation and manipulation.