W.E.B. Du Bois and interdisciplinarity: A comprehensive picture of the scholar’s approach to natural science

2020 ◽  
pp. 1468795X2093862
Author(s):  
Jordan Fox Besek ◽  
Patrick Trent Greiner ◽  
Brett Clark

Throughout his life, W.E.B. Du Bois actively engaged the scientific racism infecting natural sciences and popular thought. Nevertheless, he also demonstrated a sophisticated and critical engagement with natural science. He recognized that the sciences were socially situated, but also that they addressed real questions and issues. Debate remains, however, regarding exactly how and why Du Bois incorporated such natural scientific knowledge into his own thinking. In this article, we draw on archival research and Du Bois’ own scholarship to investigate his general approach to interdisciplinarity. We address how and why he fused natural scientific knowledge and the influence of physical environs into his social science, intertwining each with his broader intellectual and political aims. This investigation will offer a fuller understanding of the scope and aims of his empirical scholarship. At the same time, it will illuminate a sociological approach to natural science that can still inform scholarship today.

Author(s):  
Alex Rosenberg

Each of the sciences, the physical, biological, social and behavioural, have emerged from philosophy in a process that began in the time of Euclid and Plato. These sciences have left a legacy to philosophy of problems that they have been unable to deal with, either as nascent or as mature disciplines. Some of these problems are common to all sciences, some restricted to one of the four general divisions mentioned above, and some of these philosophical problems bear on only one or another of the special sciences. If the natural sciences have been of concern to philosophers longer than the social sciences, this is simply because the former are older disciplines. It is only in the last century that the social sciences have emerged as distinct subjects in their currently recognizable state. Some of the problems in the philosophy of social science are older than these disciplines, in part because these problems have their origins in nineteenth-century philosophy of history. Of course the full flowering of the philosophy of science dates from the emergence of the logical positivists in the 1920s. Although the logical positivists’ philosophy of science has often been accused of being satisfied with a one-sided diet of physics, in fact their interest in the social sciences was at least as great as their interest in physical science. Indeed, as the pre-eminent arena for the application of prescriptions drawn from the study of physics, social science always held a place of special importance for philosophers of science. Even those who reject the role of prescription from the philosophy of physics, cannot deny the relevance of epistemology and metaphysics for the social sciences. Scientific change may be the result of many factors, only some of them cognitive. However, scientific advance is driven by the interaction of data and theory. Data controls the theories we adopt and the direction in which we refine them. Theory directs and constrains both the sort of experiments that are done to collect data and the apparatus with which they are undertaken: research design is driven by theory, and so is methodological prescription. But what drives research design in disciplines that are only in their infancy, or in which for some other reason, there is a theoretical vacuum? In the absence of theory how does the scientist decide on what the discipline is trying to explain, what its standards of explanatory adequacy are, and what counts as the data that will help decide between theories? In such cases there are only two things scientists have to go on: successful theories and methods in other disciplines which are thought to be relevant to the nascent discipline, and the epistemology and metaphysics which underwrites the relevance of these theories and methods. This makes philosophy of special importance to the social sciences. The role of philosophy in guiding research in a theoretical vacuum makes the most fundamental question of the philosophy of science whether the social sciences can, do, or should employ to a greater or lesser degree the same methods as those of the natural sciences? Note that this question presupposes that we have already accurately identified the methods of natural science. If we have not yet done so, the question becomes largely academic. For many philosophers of social science the question of what the methods of natural science are was long answered by the logical positivist philosophy of physical science. And the increasing adoption of such methods by empirical, mathematical, and experimental social scientists raised a second central question for philosophers: why had these methods so apparently successful in natural science been apparently far less successful when self-consciously adapted to the research agendas of the several social sciences? One traditional answer begins with the assumption that human behaviour or action and its consequences are simply not amenable to scientific study, because they are the results of free will, or less radically, because the significant kinds or categories into which social events must be classed are unique in a way that makes non-trivial general theories about them impossible. These answers immediately raise some of the most difficult problems of metaphysics and epistemology: the nature of the mind, the thesis of determinism, and the analysis of causation. Even less radical explanations for the differences between social and natural sciences raise these fundamental questions of philosophy. Once the consensus on the adequacy of a positivist philosophy of natural science gave way in the late 1960s, these central questions of the philosophy of social science became far more difficult ones to answer. Not only was the benchmark of what counts as science lost, but the measure of progress became so obscure that it was no longer uncontroversial to claim that the social sciences’ rate of progress was any different from that of natural science.


2010 ◽  
Vol 37 (4) ◽  
pp. 410-418 ◽  
Author(s):  
HELEN NEWING

SUMMARYThe development of interdisciplinary approaches to environmental conservation is obviously related to interdisciplinary training in undergraduate and postgraduate conservation-oriented degree programmes. This paper therefore examines interdisciplinary training in environmental conservation, with a focus on conservation biology. The specific objectives are: (1) to analyse debates about the nature of ‘interdisciplinarity’ in conservation biology; (2) to examine the status of interdisciplinary training in current academic programmes in conservation biology; and (3) to make recommendations in terms of interdisciplinary or other non-natural science content that should be prioritized for inclusion in the curriculum. The term ‘interdisciplinarity’ has been used in relation to conservation training to refer to (1) any social science content; (2) vocational skills training; (3) integrative or practice-based exercises, sometimes with no indication of disciplinary content; (4) the (variously defined) ‘human dimensions’ of conservation, and (5) interaction between different academic disciplines (usually crossing the natural science–social science divide). In terms of training, the natural sciences have remained predominant in almost all reported academic programmes, but there now appears to be more coverage of non-natural science issues than previously. However the lack of consistency in the use of terms makes it difficult to assess progress. Further debate about curriculum development in conservation would be aided greatly by recognizing the distinction between the different aspects of non-natural science training, and treating each of them in its own right. Most degree programmes in environment-related disciplines specialize to varying degrees either in the natural sciences or the social sciences, and a comprehensive programme covering both of these in depth is likely to be problematic. However, some understanding of different disciplinary perspectives is increasingly important in a career in environmental conservation, and it is argued that, as a minimum, a primarily natural science-based undergraduate programme in environmental conservation should include: (1) an introduction to social science perspectives on the environment; (2) basic training in social science methods, research design and science theory; (3) vocational skills training, to the extent that it can be built into existing curricular components; and (4) integrative problem-solving tasks that can be used in relation to any or all of the above. A similar list could be constructed for social science-based environmental degree programmes, incorporating some basic training in natural science perspectives. Postgraduate training programmes are more varied in what they aim to achieve in terms of disciplinary breadth; they can develop students’ existing specialist expertise, offer supplementary training to allow students to increase the disciplinary breadth of their expertise, or focus on the issue of interdisciplinarity itself.


2021 ◽  
Vol 16 (1) ◽  
pp. 17
Author(s):  
Tingting Liu ◽  
Haibin Sun

The French Enlightenment directly influenced and promoted the Enlightenment in other European countries. During the Enlightenment, the development of natural science and the dissemination of scientific knowledge greatly promoted the emancipation of human minds. D’Alembert is a famous French mathematician, physicist, astronomer, and philosopher. As a representative on mission during the French Enlightenment, d’Alembert made important contributions to mechanics, mathematics, and astronomy that greatly promoted the development of natural sciences.


Apeiron ◽  
2013 ◽  
Vol 46 (2) ◽  
pp. 85-105 ◽  
Author(s):  
Peter M. Distelzweig

Abstract Aristotle is aware of the mathematical treatment of natural phenomena constitutive of Greek astronomy, optics, harmonics, and mechanics. Here I provide an account of Aristotle’s understanding of these ‘subordinate sciences’, drawing on both his methodological discussions and his optical treatment of the rainbow in Meteorology III 5. This account sheds light on the de Caelo, in which Aristotle undertakes a natural investigation of the heavens distinct from, but closely related to, astronomical (thus mathematical) investigations. Although Aristotle insists that such subordinate sciences belong to mathematical and not natural science, he sees them as essential to complete scientific knowledge of the sensible world.


Diachronica ◽  
1989 ◽  
Vol 6 (1) ◽  
pp. 1-21 ◽  
Author(s):  
Raimo Anttila

SUMMARY Against the dominating position in theoretical linguistics that it is one of the natural sciences falling under covering (deductive-nomological) laws, it is argued here that linguistics is rather one of the so-called human sciences. It is further shown that the pattern explanation developed in American social science matches earlier European philology perfectly. Thus the hierarchical explanations of natural science must be replaced by concatenative links in contexts. It is particularization rather than generalization that becomes primary — in other words, case study methods come out on top. The paper concludes by presenting summaries of twelve case studies which exemplify the method. RÉSUMÉ Dans cet article l'argument est avancé — contre la position dominante dans la linguistique théorique selon laquelle la linguistique fait parti des sciences naturelles soujettée à des lois déductives-nomologiques — que la science du langage appartient plutöt à des soi-disant sciences humaines. Des plus il est démontré la 'pattern explanation' (l'explication d'après des modèles) développée dans les sciences sociales en Amérique du Nord est en conformité avec la philologie européenne traditionnelle. Par conséquent, il est proposé que les explications hiérarchiques des sciences naturelles doivent être remplacées par des liens enchaînés dans des contextes. C'est la particulisation, et non pas la généralisation, qui devient le but principal; en d'autres mots, ce sont les méthodes de case study qui priment le reste. La dernière partie de l'étude présente douze résumés des 'études de cas' pour illustrer l'argument et la méthode. ZUSAMMENFASSUNG Der Aufsatz vertritt die Ansicht, da6 die Sprachwissenschaft, entgegen der gegenwärtig dominierenden Auffassung unter den Theoretikern, daß sie unter deduktiv-nomologische Gesetze falle und deshalb zu den Naturwissen-schaften gehöre, zu den Geistes- und Sozialwissenschaften gezählt werden müsse. Es wird der Nachweis geführt, daß das Konzept einer Erklärung nach Mustern ('pattern explanation') wie es innerhalb den amerikanischen Sozial-wissen entwickelt worden ist genau dem entspricht, was schon früher innerhalb der europäischen Philologie üblich war. Es wird deshalb argumentiert, daB die hierarchisierende Form der Erklärung der Naturwissenschaften durch kettenartige, kontextuelle Verbindungen ersetzt werden müsse. Es ist gerade die Einzelerklärung und nicht die Generalisierung, die an erster S telle steht; mit andern Worten, die Methoden der Fallstudien sollten in erster Linie angewen-det werden. Der Rest des Artikels dient dazu, in Zusammenfassungen von zwölf solcher Fallstudien die Methode zu illustrieren und das Argument zu stützen.


2021 ◽  
Vol 11 (9) ◽  
pp. 534
Author(s):  
Eddy Sutadji ◽  
Herawati Susilo ◽  
Aji Prasetya Wibawa ◽  
Nidal A. M. Jabari ◽  
Syaiful Nur Rohmad

Assessment methods are important to create qualified graduates who are ready to face the real world. Authentic assessment is considered to be the most effective method to achieve this. The application of authentic assessment is often universal. However, there is a difference between natural sciences and social sciences. If it is used for different scientific constructions, then the authentic assessment should also be different. Therefore, there is a need for authentic implementation research in these two fields of science. This research is survey research with quantitative descriptive method. This study focuses on the analysis of differences in implementation of the assessment carried out, assignment techniques, assessment components, and post-assessment at the State University of Malang in two different fields of science, namely natural sciences and social sciences. The population in this study was 1069 lecturers represented by 270 sample lecturers. There are 106 (39.26%) samples of lecturers representing 388 (36.3%) lecturer populations from 2 natural fields and 164 (60.74%) samples representing 681 (63.7%) lecturer populations from 6 social fields. The analysis is carried out by comparing the results of each aspect of the assessment implementation in the two fields. Almost all aspects of authentic assessment between the natural and social sciences had no difference. The only differences were in the assessment form and individual assignment techniques that were performed. Social science conducted non-test assessment only higher than the natural science. Measured tests were primarily used in the natural science using Higher-Order Thinking Skills questions. Performance test was mostly conducted in social science.


Author(s):  
Frederick C. Beiser

This chapter examines the controversy generated by the August 14, 1872, lecture of Emil Du Bois-Reymond, Rector of Berlin University and one of the most prominent physiologists of his age. Du Bois-Reymond declared that there are two insurmountable limits to all scientific knowledge: the nature of matter; and the connection between consciousness and the brain. All scientific knowledge oscillated between these two limits—matter and mind—which served as impassable border posts. About these two topics, Du Bois-Reymond maintained, we would forever remain ignorant. To emphasize the point, he concluded his speech with the solemn and emphatic Latin word: “Ignorabimus!” We will be ignorant. The reaction to his lecture was as tumultuous as its content was controversial. It was the starting point for an intense discussion about the limits of natural science that would last for decades.


2021 ◽  
Author(s):  
Jorge Zazueta

We reflect on the criticism that the methods in the natural sciences have been an object of and argue that these very methods, seen from the right perspective, are crucial to the progress of social science. We propose a knowledge generation framework that sets the minimum requirementsfor a claim to be considered scientific knowledge and sketchan ontology of the objects of study. We present science as an accumulating yet self-revising process and present examples in the social sciences.


2009 ◽  
Vol 13 (4) ◽  
pp. 56
Author(s):  
Silvana Anita Walter ◽  
Paulo Otávio Mussi Augusto

In this essay, it is sought to fill the theoretical gap concerning the reasons why the discipline of management finds difficulties to consolidate itself as science. Thus, two reasons are pointed out for that. The first concerns to the fact that management, as social science, does not reach any of the scientificity criteria reached by the natural sciences, which occurs due to the complexity of the its object of study and the fact that social and natural sciences are distinct and its not possible the replacement of one by another, making inconsistent to judge management by the natural sciences criteria. The second reason is related to the validity and relevance of the results obtained by management research, which makes that the researches require expanding their methodological rigor and present relevant contributions to the organizations management. In face of the highlighted and discussed aspects in this essay, it is defended the position that management can generate scientific knowledge, requiring, however, independently of epistemological position, to take more care of methodological rigor of studies in the area, so that their results are valid, as well to seek relevant contributions that improve the organizations management, considering that management has an applied nature.


1970 ◽  
pp. 72 ◽  
Author(s):  
Anders Chr. Hansen ◽  
Connie Svabo ◽  
Lerke Arentoft Johansen ◽  
Katrine Bergkvist Hansen

Public understanding of environmental issues is critical for the active positions we need to take as individuals and societies for transforming unsustainable to green economic activities. Museums have the potential to contribute significantly to this by communicating scientific knowledge on environmental issues. The study examines the scale and character of environmental exhibitions and collections in Denmark and surrounding countries. The study finds that the scale far from exhausts the potential. Exhibitions predominantly focus on natural science dimensions with limited coverage of the social science aspects of environmental problems and their solutions. Interdisciplinary museum activities including social science aspects on institutions and values are recommended. Moreover, it is argued that the emotions and the scientific and political controversies involved in environmental issues should not be seen as obstacles to museum engagement in the environmental field, but rather as important ingredients in creating valuable museum experiences.


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