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71.
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Using data on the ‘career’ paths of one thousand ‘leading scientists’ from 1450 to 1900, what is conventionally called the
‘rise of modern science’ is mapped as a changing geography of scientific practice in urban networks. Four distinctive networks
of scientific practice are identified. A primate network centred on Padua and central and northern Italy in the sixteenth
century expands across the Alps to become a polycentric network in the seventeenth century, which in turn dissipates into
a weak polycentric network in the eighteenth century. The nineteenth century marks a huge change of scale as a primate network
centred on Berlin and dominated by German-speaking universities. These geographies are interpreted as core-producing processes
in Wallerstein’s modern world-system; the rise of modern scientific practice is central to the development of structures of
knowledge that relate to, but do not mirror, material changes in the system.
相似文献
David M. EvansEmail: |
74.
Bob Cowen Norman Evans Hugh Glanville Bruce Williams Rupert Wilkinson 《Higher Education》1993,26(4):471-479
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G. T. Evans 《Interchange》1971,2(3):86-90
Conclusions While the questions of university and college admission are by no means solved, either in terms of the efficiency of the institutions or in terms of guidance for the student, the SACU tests apear to offer one important kind of datum to assist in the process. With this start, the SACU organization is in a good position to research and try out other forms of selection devices that might provide better information for diagnosis, guidance, and differential prediction.The instrument reviewed here appears to operate with a high degree of technical proficiency in terms of its reliability, but provides only moderately useful predictive information. Use of the task analysis suggested above could considerably improve the predictive use of the test.OISE 相似文献
78.
EUROPEAN PUBLIC PERCEPTIONS OF SCIENCE 总被引:2,自引:0,他引:2
Bauer Martin; Durant John; Evans Geoffrey 《Int. Journal of Public Opinion Research》1994,6(2):163-186
In this paper we explore the relationships between public interestin, knowledge of, and attitudes towards science and technologyand the level of industrialization in 12 countries of the EuropeanCommunity. Using the 1989 Eurobarometer survey no 31 (N=11,678),we constructed four scales measuring interest, knowledge, generalattitudes to science, and support for EC funded science foreach of the 12 EC countries. We found that overall factual scientificknowledge correlates moderately positively with interest andattitudes to science. For example the Netherlands and GreatBritain have relatively high levels of knowledge, interest,and support for science in general. Spain and Greece have relativelylow levels of knowledge, interest, and support for science ingeneral. However, the simple correlation hides more complexrelationships. First, the variance within and across countriesof knowledge, attitudes and interest increases with nationallevels of knowledge. This indicates greater degrees of polarizationof both support and interest. Second, the data indicates a post-industrialismeffect: knowledge, interest in, and attitudes to science showa curvilinear relationship with levels of industrialization.The decline of interest in science and the less positive attitudesin highly developed countries requires further exploration.Third, we found, that the consistency of the knowledge and theattitude measures declines as the national level of knowledgeincreases. We suggest that this reflects a knowledge-ignoranceparadox and knowledge specialization among informed populations.Support for EC level science follows a different pattern. Wefound that France, Italy, and Spain show high levels of supportfor EC level science. This is not the case in Great Britainand Germany. The pattern suggests that attitudes towards ECscience are formed on the basis of national level scientificstrength: if the national science base is strong, EC scienceinitiatives find less support and vice versa. These findingsrepresent a first step towards a comparative assessment of publicunderstanding of science in EC countries. 相似文献
79.
Bonnie L. Barber Scott G. Paris Margaret Evans Vivian L. Gadsden 《Educational Measurement》1992,11(1):15-20
What are the state and district policies on reporting test results to parents? How well do local districts follow state policies? 相似文献
80.
Mark Evans 《European Journal of Engineering Education》1981,6(3-4):239-242
The British Council is part of Britain's overseas representation and its aim is to promote a wider knowledge of Britain and the English language, and to develop closer cultural ties and better understanding between Britain and other nations. Thus it is concerned with cultural relations in the widest sense, embracing education, science and the arts, and it promotes all kinds of professional and intellectual interchange. In France, as elsewhere in Europe, the Council operates a number of programmes to facilitate these exchanges, and in this article — although it is naturally based on Anglo-French scientific exchanges — I hope to give an idea of the sort of schemes which are also available in other European countries. 相似文献