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1.
The functioning of modern societies increasingly depends on secure cyberspace. Given states' lacking capacities to protect this novel domain, governments draw on a variety of third parties for support. Yet, they face a challenge. While imposed control may limit third parties' competence, the abandonment of hierarchical control contradicts the widespread notion of national security. How do states navigate between these functional and national security imperatives to design governance arrangements? We develop a typology that combines cybersecurity problems (risks vs. threats) with governance modes (delegation vs. orchestration). This helps us to explore more than 100 cybersecurity policies across 15 different states. We find one predominant pattern. Governments delegate authority but maintain elements of hierarchical control, when they respond to threatening attacks. In contrast, governments orchestrate intermediaries by soft inducements to address risks and diffuse vulnerabilities in cyberspace. This contributes to both indirect governance scholarship and the debate on cybersecurity.  相似文献   

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Risk analysis (encompassing risk assessment, management, and communication) is touted internationally as the most appropriate approach for governing nanomaterials. In this article, we survey existing criticisms of risk assessment as a basis for regulatory decision making on emerging technologies, particularly highlighting its exclusion of key societal dimensions, its epistemological underdetermination, and its lack of democratic accountability. We then review the specific case of nanomaterials and identify six major barriers to the effective operation of both risk assessment and risk management. These include a lack of: nano‐specific regulatory requirements, shared definitions, validated and accessible methods for safety testing, available scientific knowledge, reliable information on commercial use, and capacity for exposure mitigation. Finding the knowledge, standards, methods, tools, definitions, capacity, and political commitment all insufficient, we argue that risk analysis is a “naked emperor” for nanomaterial governance. We therefore suggest that additional concepts and approaches are essential for nanomaterials policy and regulation.  相似文献   

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The article uses an interesting discussion between historian and philosopher of science as point of departure for a brief examination of the special task of the sociology of sciences. Both historian and philosopher proceed according to certain ritualised conventions. They take it for granted that it is possible, today as in the seventeenth century, to work out a theory of science by concentrating on one science only, on theoretical physics. They are unable to come to grips with the diversification of sciences as a theoretical problem. The growth of a single science itself is treated by them as if it were an absolutely autonomous social development. A sociological theory of sciences has to take account of the observable advance of scientific knowledge into areas of the universe that were previously unknown or inaccessible to scientific exploration. It has to take account for instance of the emergence of biological and social sciences both as a science-immanent and a science-transcendent problem. Philosophers and historians of science have constructed a seemingly impenetrable conceptual wall between immanent and transcendent developments. According to them, ‘internal’ history of a science can be treated as independent of ‘external’ history. The article indicates that this is part of a professional ideology. By claiming absolute autonomy for one's subject matter one tries to secure the absolute autonomy of one's profession. If that claim is abandoned the fashionable problem of continuities and discontinuities in the development of sciences appears in a different light. Neither discontinuity nor autonomy of a scientific development can ever be absolute. Its relative autonomy, however, can grow or diminish. That of physics, for instance, is at present noticeably greater than that of sociology. One may well ask why that is the case. That is the kind of problem which requires a sociological as distinct from a philosophical or historical investigation.  相似文献   

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Ghastly science     
as well as Professor of Urban affairs and Public Policy at the University of Delaware. He is Co-Editor of the series, Energy Policy Studieswith Daniel Rich, and Editor of Energy and Cities.Other edited work includes The Solar Energy Transition: Implementation and Policy Implications,(with Daniel Rich, Allen M. Barnett, and Jon M. Veigel).  相似文献   

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This article discusses recent moves in political science that emphasise predicting future events rather than theoretically explaining past ones or understanding empirical generalisations. Two types of prediction are defined: pragmatic, and scientific. The main aim of political science is explanation, which requires scientific prediction. Scientific prediction does not necessarily entail pragmatic prediction nor does it necessarily refer to the future, though both are desiderata for political science. Pragmatic prediction is not necessarily explanatory, and emphasising pragmatic prediction will lead to disappointment, as it will not always help in understanding how to intervene to change future outcomes, and policy makers are likely to be disappointed by its time-scale.  相似文献   

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Davis JG 《Society》1982,19(4):63-64
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James D. Wright 《Society》1991,28(5):81-84
He written widely on a variety of topics and is author or co-author of many books and articles. Among his books are Address Unknown: Homelessness in America; Homelessness and Health; After the Clean-Up: Long Range Effects of Natural Disasters; Armed and Considered Dangerous: A Survey of Felons and Firearms; Under the Gun: Weapons Crime and Violence in America;and The State of the Masses.His current research focusses on adolescent violence and on treament programs for homeless alcohol and drug abusers.  相似文献   

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《Society》1974,11(3):89-89
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《Society》1981,18(4):68-68
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