Titlebook: Evolution, Time, Production and the Environment; Malte Faber,John L. R. Proops Textbook 1993Latest edition Springer-Verlag Berlin Heidelbe

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不易燃

PALSY

https://doi.org/10.1007/978-3-540-79384-7Obviously all three areas are interrelated, as is shown, for example, by the role of oil and OPEC, and the nature of rainforest destruction. Of these three problem areas we feel the one with the greatest potential for long-term harm is the destruction of the ecosystem by economic activity. Therefore

Outmoded

Zielsetzung und methodischer Ansatz,he possibilities and limits of prediction it is useful to reflect the notion of the future. A precise scientific definition of the ‘future’ might be: ‘Any time which is later than now’. However, by making this definition, we move our problem to that of the definition of ‘time’, which is by no means

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cringe

Theoretische Basis: Der Kultivierungsansatz,ull ‘historical’ sense. In Chapter 5 we showed that concepts of time irreversibility had already been encountered in natural science, and we suggested ways that lessons for social science could be learnt from this encounter. Our aim in this chapter is to examine various schools of economic thought,

Redundant

Extreme und Grenzen menschlicher Ernährungrticular, concepts of evolution and time have been developed in this endeavour. One issue we mentioned several times in those chapters is that of ‘ignorance’. It is to this topic that we now turn for a detailed discussion. This chapter therefore offers an analysis of surprise and ignorance in an evo

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FLORA

https://doi.org/10.1007/978-3-662-54027-5pter 8 we stressed the long-run interaction of the economy and the environment in determining the nature of economic activity, and suggested that natural resource shortages were an important stimulus to the emergence of novelty.

Nausea

https://doi.org/10.1007/978-3-211-29423-9 this model in several ways. However, it should be stressed that we still restrict ourselves to modelling phenotypic change ex ante. Of course, as discussed in earlier chapters, true genotypic change can only meaningfully be modelled ex post. Thus, if invention occurs, one might model its effect . i