John Stuart Mill and Fourierism: ‘association’, ‘friendly rivalry’ and distributive justice

John Stuart Mill’s self-description as ‘under the general designation of Socialist’ has been under-explored. It is an important feature of something else often overlooked: the importance of the French context of Mill’s thought. This article focuses on the role of Fourierism in the development of Mill’s ideas, exploring the links to Fourierism in Mill’s writing on profit-sharing; his use of the words ‘association’ and ‘friendly rivalry’; and his views concerning distributive justice. It then reconsiders his assessment of Fourierism as a desirable, workable and immediately implementable form of social reform, ultimately arguing it was Mill’s most-preferred form of ‘utopian’ socialism

Morally Respectful Listening and its Epistemic Consequences

What does it mean to listen to someone respectfully, that is, insofar as they are due recognition respect? This paper addresses that question and gives the following answer: it is to listen in such a way that you are open to being surprised. A specific interpretation of this openness to surprise is then defended

Is democracy an option for the realist?

In Democracy for Realists, Christopher Achen and Larry Bartels argue that the depressingly well-established fact that people are woefully ignorant on politically relevant matters renders democratic ideals mere “fairy tales.” However, this iconoclasm stands in deep tension with the prescriptions they themselves end up offer-ing towards the end of the book, which coincide to a surprising extent with those that have been offered by democrats for decades. This is a problem because, if we take seriously the type of data that Achen and Bartels rely on (and add to)—data that should make us realists in the sense of the book’s title—it is not clear that democracy in any recognizable sense remains an option for the realist

Variability in Isotope Discrimination Factors in Coral Reef Fishes: Implications for Diet and Food Web Reconstruction

Interpretation of stable isotope ratios of carbon and nitrogen (δ13C and δ15N) is generally based on the assumption that with each trophic level there is a constant enrichment in the heavier isotope, leading to diet-tissue discrimination factors of 3.4‰ for 15N (ΔN) and ∼0.5‰ for 13C (ΔC). Diet-tissue discrimination factors determined from paired tissue and gut samples taken from 152 individuals from 26 fish species at Ningaloo Reef, Western Australia demonstrate a large amount of variability around constant values. While caution is necessary in using gut contents to represent diet due to the potential for high temporal variability, there were significant effects of trophic position and season that may also lead to variability in ΔN under natural conditions. Nitrogen enrichment increased significantly at higher trophic levels (higher tissue δ15N), with significantly higher ΔN in carnivorous species. Changes in diet led to significant changes in ΔN, but not tissue δ15N, between seasons for several species: Acanthurus triostegus, Chromis viridis, Parupeneus signatus and Pomacentrus moluccensis. These results confirm that the use of meta-analysis averages for ΔN is likely to be inappropriate for accurately determining diets and trophic relationships using tissue stable isotope ratios. Where feasible, discrimination factors should be directly quantified for each species and trophic link in question, acknowledging the potential for significant variation away from meta-analysis averages and, perhaps, controlled laboratory diets and conditions