Szervezetek közötti együttműködés a fenntartható fejlődés szolgálatában (Cooperation among the organisations in service of the sustainable development)

A vállalatok egyre gyakrabban alakítanak ki olyan kapcsolatokat, melyek célja az egymással, illetve más típusú szervezetekkel (pl. kormányzati vagy civil szervezetekkel) különféle célok érdekében megvalósuló együttműködés. Ezen együttműködési formák egy része kedvező hatással van a vállalatok környezeti, illetve társadalmi teljesítményére is, és ezáltal – a szűken vett profitérdekeken túl – elősegíti a fenntartható fejlődés társadalmi céljának megvalósítását is. Jelen cikk célja, hogy bemutassa a vállalati szférára jellemző együttműködési formákat magyarázó legfontosabb szervezetelméleti megközelítéseket, majd ezek tükrében ismertesse a fenntartható fejlődés ügyét is elősegítő együttműködési kapcsolatok korszerű megnyilvánulási formáit. _________ Corporations more and more often engage in relationships, which aim at cooperation with each other and other types of organisations (e.g. governmental or nongovernmental organisations). Some of these collaborative efforts have a positive impact on the environmental and social performance of participating organisations and thus – apart from their positive impact on profitability – also foster the implementation of sustainable economic and social development. The objective of this article is to introduce the most important organisational theories, which give an explanation of the cooperative efforts of the corporate sector and, using this as a basis, to provide an overview of the most up-to-date forms of cooperation, which enhance our chances in the direction of a sustainable future.

Seasonal dynamic pattern analysis in service of climate change research. A methodical case-study - monitoring and simulation based on an aquatic insect community

Our aim was to approach an important and well-investigable phenomenon – connected to a relatively simple but real field situation – in such a way, that the results of field observations could be directly comparable with the predictions of a simulation model-system which uses a simple mathematical apparatus and to simultaneously gain such a hypothesis-system, which creates the theoretical opportunity for a later experimental series of studies. As a phenomenon of the study, we chose the seasonal coenological changes of aquatic and semiaquatic Heteroptera community. Based on the observed data, we developed such an ecological model-system, which is suitable for generating realistic patterns highly resembling to the observed temporal patterns, and by the help of which predictions can be given to alternative situations of climatic circumstances not experienced before (e.g. climate changes), and furthermore; which can simulate experimental circumstances. The stable coenological state-plane, which was constructed based on the principle of indirect ordination is suitable for unified handling of data series of monitoring and simulation, and also fits for their comparison. On the state-plane, such deviations of empirical and model-generated data can be observed and analysed, which could otherwise remain hidden.