2 resultados para TERRITORY INFARCTION

em Corvinus Research Archive - The institutional repository for the Corvinus University of Budapest


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Az akadémiai székfoglaló előadás a teljesség igénye nélkül arra a kérdésre keresi a választ, hogy a posztkommunista átalakulás tanulmányozása milyen hasznosítható tanulságokkal szolgált a közgazdasági elmélet művelőinek szélesebb köre számára. Megállapítja, hogy - a világ közgazdaságtanában folyó megújulással párhuzamosan - a módszertani pluralizmus, ezen belül a történeti, az intézményi és az összehasonlító gazdaságtani közelítés visszahelyezése jogaiba, valamint az egyoldalúan csak a matematikai formalizálást előtérbe állító megoldások visszaszorulása figyelhető meg. _____ This inaugural lecture delivered on receiving membership of the Hungarian Academy of Sciences seeks, without attempting completeness, to examine what useful lessons could be drawn from study of the post-communist transformation for practitioners in wider fields of economics. It establishes that methodological pluralism, including the rights of historical, institutional and comparative economic approaches, is being relegated by the renewal taking place in world economics. This can be seen to be constricting the approaches that place mathematical formalism to the fore.

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In this paper the projected future impact of climate change has been analyzed for the quality of living conditions of the European terrestrial vertebrates (amphibians, reptiles, birds, mammals) in the Carpathian Basin. According to the climate scenarios, warmer and drier climatic conditions are likely to occur in the Carpathian Basin by end of this century. Simultaneous analysis of climate parameters, climate simulations and animal range datasets enables us to evaluate the vulnerability of different European species to regional warming and climate change. The spatial climate analogy technique is used to analyze the estimated rapid change of the wild animals’ habitats and their northward migration. For the reference climate data of Debrecen is considered, and three spatial analogue regions are compared. The results suggest that generally a significant decline in habitats is very likely for most of the analyzed animal groups by the end of the 21st century. The largest rate of decline is estimated for birds. However, living conditions for reptiles may improve in the future due to the warmer and drier climatic conditions, which are favourable for these species.