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This chapter enquires into the contribution of two British writers, Herbert Somerton Foxwell and Henry Riverdale Grenfell, who elaborated upon the hints provided by Jevons towards a description of long waves in the oscillations of prices. Writing two decades after Jevons, they witnessed the era of high prices turning into the great depression of the last quarter of the nineteenth century, the causes of which they saw in the end of bimetallism. Not only did they take up Jevons’s specific explanation of the long fluctuations, but they also based their discussion upon graphical representation of data and incorporated in their treatment a specific trait (the superposition principle) of the ‘waves’ metaphor emphasized by the Manchester statisticians in the 1850s and 1860s. Their contribution is also interesting for their understanding of crises versus depressions at the time of the emergence of the interpretation of oscillations as a cycle, which they have only partially grasped – as distinct from the approach of later long wave theorists.

This paper examines William Stanley Jevons’s approach to human “improvement” in comparison with that of Carl Menger. In Jevons’s view, people are relatively static when left to their own devices. Thus, to “attack” the “citadel of poverty” they must be improved by those who know what is “best” for them. Menger’s view of people as planners, by contrast, is one in which people are capable of improving themselves. Jevons was a social reformer who placed great faith in education, and painful training and instruction, broadly defined, as key mechanisms of reform. Less frequently acknowledged but no less important, Menger also foresaw “the improvement of mankind” from within, as consumers came to better understand how best to attain their wants and needs over time.

Diagrams are ubiquitous in economics and are uncontestably among the most used, if not the most important workhorses of economists, though they come in many forms. This essay examines the different uses of graphs and diagrams in the pioneering work of two Victorian economists, Stanley Jevons and Alfred Marshall. We stress the difference between their use as representations and as visual reasoning tools, a difference that became obscured in the twentieth century with the rise of econometrics.

Investigates the economic methodologies of Carl Menger, William Stanley Jevons and Gustav Schmoller with respect to the issue of whether mathematics is or is not an adequate language to express economic relationships. First, Menger’s and Jevons’s respective methodologies are identified as Aristotelian which means, inter alia, that economic properties are real, are naturally related to each other, exist as part of the observable world and can be separated (in thought or otherwise) from other properties. Second, it is shown how this general Aristotelian outlook has very different implications for Menger’s and Jevons’s thinking about mathematics. Third, these two “monogenetic” views are contrasted with Gustav Schmoller’s “polygenetic” approach which holds that a purely deductive economics, based on a small number of self‐evident principles, is inadequate for social purposes.

Considers a Wirkungsgeschichte of Hermann Heinrich Gossen, focusing on the reactions of the three stars of the Marginal Revolution: William Stanley Jevons, Léon Walras and Carl Menger. Although Hermann Heinrich Gossen is today known as one of the forerunners of the Marginal Revolution, it was only in 1879 that Jevons mentioned him in the second edition of the Theory of Political Economy, which contributed greatly toward making Gossen’s name known among English‐speaking readers. Later, in 1885, Walras wrote a famous article in the Journal des Economistes, entitled “Un économiste inconnu: Hermann‐Henri Gossen”. Investigates a Wirkungsgeschichte of Gossen, an ignored German mathematical economist.

Business cycle theory is normally described as having evolved out of a previous tradition of writers focusing exclusively on crises. In this account, the turning point is seen as residing in Clément Juglar's contribution on commercial crises and their periodicity. It is well known that the champion of this view is Schumpeter, who propagated it on several occasions. The same author, however, pointed to a number of other writers who, before and at the same time as Juglar, stressed one or another of the aspects for which Juglar is credited primacy, including the recognition of periodicity and the identification of endogenous elements enabling the recognition of crises as a self-generating phenomenon. There is indeed a vast literature, both primary and secondary, relating to the debates on crises and fluctuations around the middle of the nineteenth century, from which it is apparent that Juglar's book Des Crises Commerciales et de leur Retour Périodique en France, en Angleterre et aux États-Unis (originally published in 1862 and very much revised and enlarged in 1889) did not come out of the blue but was one of the products of an intellectual climate inducing the thinking of crises not as unrelated events but as part of a more complex phenomenon consisting of recurring crises related to the development of the commercial world – an interpretation corroborated by the almost regular occurrence of crises at about 10-year intervals.

Wilhelm Launhardt (1832‐1918) is a founder of mathematical economics. His main work, Mathematical Foundations of Economics, published in 1885, was translated into English in 1993. As an engineer, he contributed to the field of not only engineering, but also of economics and, in particular, to those parts in economics which can be treated fruitfully with mathematics. Launhardt developed his work independently from the French engineers, but based it squarely on the work of the agricultural engineer von Thünen. He made references to the economists Sax, Walras and Jevons. His main economic contribution lies in founding location theory but, beyond that, he contributed to the mathematical treatment of economics, labor economics, monetary economics and technology economics with a special emphasis on railway issues from a locational point of view. Hence, it is the purpose of this paper to show how Launhardt used mathematics in his engineering‐based approach to the economics of location and technology.

Nobody concerned with political economy can neglect the history of economic doctrines. Structural changes in the economy and society influence economic thinking and, conversely, innovative thought structures and attitudes have almost always forced economic institutions and modes of behaviour to adjust. We learn from the history of economic doctrines how a particular theory emerged and whether, and in which environment, it could take root. We can see how a school evolves out of a common methodological perception and similar techniques of analysis, and how it has to establish itself. The interaction between unresolved problems on the one hand, and the search for better solutions or explanations on the other, leads to a change in paradigma and to the formation of new lines of reasoning. As long as the real world is subject to progress and change scientific search for explanation must out of necessity continue.

Future needs play an important part in economic action. They urge private householders as well as society as a whole to choose between the immediate consumption of income and the saving of income for present and future satisfaction. In this situation of choice in economic conduct, Böhm‐Bawerk (1851–1914), the well‐known Austrian economist of the second generation, analysed the subject of time preference and put forward an explanation for interest. The aim of this essay is to review this theory and to assess its significance for present‐day economics.