Titlebook: Nanotechnology, Risk and Communication; Alison Anderson,Alan Petersen,Stuart Allan Book 2009 Palgrave Macmillan, a division of Macmillan P

雪崩

Alison Anderson,Alan Petersen,Clare Wilkinson,Stuart Allantimation function too with implemented models; (ii) existing soil data may not be representing soil bodies unbiasedly, in which case probability sampling in combination with simulation modelling is a proposed method to select representative data based on soil behaviour; (iii) an uncertainty analysis

Biguanides

Alison Anderson,Alan Petersen,Clare Wilkinson,Stuart Allantimation function too with implemented models; (ii) existing soil data may not be representing soil bodies unbiasedly, in which case probability sampling in combination with simulation modelling is a proposed method to select representative data based on soil behaviour; (iii) an uncertainty analysis

Constitution

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Alison Anderson,Alan Petersen,Clare Wilkinson,Stuart Allan

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Alison Anderson,Alan Petersen,Clare Wilkinson,Stuart Allan

Anecdote

沙文主義

Introduction,ations among scientists. That is to say, it would appear that what counts as nanotechnology is also a problem of communication — and therefore, quite possibly, one of risk where public perceptions are concerned.

RECUR

Risk Society and the Media,akes root. Where there is considerable indeterminacy and ambiguity in a scientific field, the media have the potential to play a gatekeeping role through deciding who becomes a primary definer of the issues and whose views are presented as having the greatest legitimacy.

Minikin

Reporting Science,t is given due prominence, it all too frequently happens for the wrong reasons. Not surprisingly, they are quick to condemn instances of sensationalist reporting – where news values have given way to entertainment values — for misrepresenting the nature of scientific enquiry, and rightly so.

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