A hatalmi viszonyok a világgazdaság és a katonai szektor a XXI. században = Power relations in the world economy and the military sector in 21st century

A bipoláris világrendszer megszűnése a XX. század utolsó évtizedében új helyzetet teremtett a globális politikai és gazdasági viszonyokban, ugyanakkor nem mellékesen a hadiiparban is. A szerző, szem előtt tartva a hatalmi viszonyok jövőbeli elkerülhetetlen átrendeződését, elsősorban a katonai szektor előtt álló, a XXI. századra előrevetíthető kihívásokat, lehetőségeket, a szektor jövőbeli pályáját tekinti át. A hadiiparral kapcsolatban indokolt a hidegháború utáni világ fegyverkezési helyzetének, fegyveres erőinek számbavétele csakúgy, mint a releváns elméleti keretek ismertetése, továbbá a fontos globális szereplők biztonságpolitikájának vizsgálata. A katonai szektor jelenének és jövőjének alapos elemzése nem nélkülözheti a katonai kiadások jelenlegi – a világgazdasági válság által befolyásolt – és a következő évtizedekben várható alakulásának vizsgálatát. Végül, de nem utolsó sorban a szerző áttekinti a XXI. századi haditechnikai forradalom már most látható és a jövőben valószínűsíthető vívmányait, a fontosabb haditechnikai tendenciákat, illetve elemzi a nemzetközi fegyverpiac helyzetét. __________________ The end of the Cold War led to a new situation in global political and economic affairs, as well as in the military sector. The author, taking into consideration the inevitable future power shifts, provides an overview of the challenges, possibilities and future paths of the military sector. Relevant issues include assessing the arms and armed forces of the post-Cold War era, as well as the analysis of theoretical frameworks and the security policies of the important global actors. Understanding the present and the future of the military sector is not possible without the thorough analysis of military expenditures and their likely future trends. The author also overviews the outcomes of the 21st century revolution in military technology and analyses the global arms market.

Climate change and plankton phenology in freshwater: current trends and future commitments

A solid body of empirical, experimental and theoretical evidence accumulated over recent years indicated that freshwater plankton experienced advance in phenology in response to climate change. Despite rapidly growing evidence for phenological changes, we still lack a comprehensive understanding of how climate change alters plankton phenology in freshwater. To overcome current limitations, we need to shed some light on trends and constraints in current research. The goal of this study is to identify current trends and gaps based on analysis of selected papers, by the help of which we can facilitate further advance in the field. We searched the literature for plankton phenology and confined our search to studies where climate change has been proposed to alter plankton phenology and rates of changes were quantified. We did not restrict our search for empirical ontributions; experimental and theoretical studies were considered as well. In the following we discuss the spatio-temporal setting of selected studies, contributions of different taxonomic groups, emerging methodological constraints, measures of phenological trends; and finally give a list of recommendations on how to improve our understanding in the field. The majority of studies were confined to deep lakes with a skewed geographical distribution toward Central Europe, where scientists have long been engaged in limnology. Despite these findings, recent studies suggest that plankton in running waters may experience change in phenology with similar magnitude. Average rate of advancement in phenology of freshwater plankton exceeded those of the marine plankton and the global average. Increasing study duration was not coupled either with increasing contribution of discontinuous data or with increasing rates of phenological changes. Future studies may benefit from i) delivering longterm data across scientific and political boundaries; ii) extending study sites to broader geographical areas with a more explicit consideration of running waters; iii) applying plankton functional groups; iv) increasing the application of satellite data to quantify phytoplankton bloom phenology; v) extending analyses of time series beyond the spring period; vi) using various metrics to quantify variation in phenology; vii) combining empirical, experimental and theoretical approaches; and last but not least viii) paying more attention to emergence dynamics, nonresponding species and trophic mismatch.

A jövő intelligens technológiai és menedzsmentkérdései-avagy semmilyen szél nem jó annak, aki nem tudja milyen kikötőbe tart (Managerial questions of the future intelligent technologies, or there is no good wind for those who do not know which port they want to sail)

Az elmúlt évtizedek felgyorsult technológiai fejlődése komoly kihívásokat jelent mind a cégeknek, mind az egyéneknek. Intézményesített „jövőkezelésre” és ennek menedzselésére van szükség. A szerzők tanulmányukban át kívánják tekinteni a jövőkutatás, a technológiamenedzsment, az innovációmenedzsment és egyéb megközelítések releváns alapjait, viszonyait és lehetséges integrációjukat. Be kívánják mutatni a meghatározó területeket és trendeket. Keresik azokat a menedzsment-alapkérdéseket, tanulságokat és dilemmákat, amelyek minden olyan vállalatnak érdekesek és hasznosak lehetnek, amelyek a fejlődő technológia lehetőségeit szeretnék kiaknázni, vagy csak egyszerűen szeretnének a követhetetlenül gyors fejlődésben talpon maradni. _____________ The fast pace technology development creates a serious challenge both for individuals and for companies. There is a concept which attempts to handle this challenge by “institutional future management”. In their paper the authors survey the relevant concepts of future studies, technology management and other areas, and explore their connections and integration possibilities. They also would like to introduce some key technology trends, and at the same time some basic managerial questions, dilemmas, conclusions which might have importance to those corporations which have to survive in an environment determined by accelerated technology based innovation.

What is the Future of Strategic Management?

The history of planning and creating strategies has a past of over half a century. Throughout this lifetime period we have witnessed both the evolution of theory and practice. The MBA study books in the last-third of the 20th century have with predilection exhibited this very process as a complex of monetary centered budget planning, forecast-based planning, strategic planning and strategic management. There might be a controversy existing about the naming, characteristics and timing of these different sections but there is an accordance that the changes that we have taken place in the last decade as a whole without a doubt can be derived from these very changes in the business environment or in some outstanding cases (like 9/11) they can be acknowledged as the ability of corporate foreseeing and the ability to adapt to the vision of the future. The main purposes of the research is to provide a summarized picture about the changing process of this procedure during last decades as far as the planning and creating strategies are concerned and also their milestones and periods. Try to explore and systemize the very aspects of these changes. The happenings of the first decade of the new millennium are outstandingly interesting if we consider their real effect on the theory and practice of strategic management. Let us remember the euphoria around the year 2000, the predictions of „new technologies”, „new economy”, „new organization” and „new leadership”. We have implied before on the destruction of the twin towers of the World Trade Center which meant a new era, a new quality of international terrorism and its consequences (Afghanistan, Iraq). But the „product” of this decade is the strategic aim that companies focus on, which is the social responsibility regarding the unavoidance of the effects of climate change on the long run. During the research the big question has risen concerning how did the science of strategic management do as far as the predictions of the global monetary and economic crisis are concerned? And also its solutions this very science has to offer in order to handle and get over the crisis. Does it conclude from the answers given to the questions that a change in paradigms are necessary, a new quality is needed or may be we have come to a new crossroad of the development process that will take over strategic management? (...)

Trends in research on the possible effects of climate change concerning aquatic ecosystems with special emphasis on the modelling approach

Knowledge on the expected effects of climate change on aquatic ecosystems is defined by three ways. On the one hand, long-term observation in the field serves as a basis for the possible changes; on the other hand, the experimental approach may bring valuable pieces of information to the research field. The expected effects of climate change cannot be studied by empirical approach; rather mathematical models are useful tools for this purpose. Within this study, the main findings of field observations and their implications for future were summarized; moreover, the modelling approaches were discussed in a more detailed way. Some models try to describe the variation of physical parameters in a given aquatic habitat, thus our knowledge on their biota is confined to the findings based on our present observations. Others are destined for answering special issues related to the given water body. Complex ecosystem models are the keys of our better understanding of the possible effects of climate change. Basically, these models were not created for testing the influence of global warming, rather focused on the description of a complex system (e. g. a lake) involving environmental variables, nutrients. However, such models are capable of studying climatic changes as well by taking into consideration a large set of environmental variables. Mostly, the outputs are consistent with the assumptions based on the findings in the field. Since synthetized models are rather difficult to handle and require quite large series of data, the authors proposed a more simple modelling approach, which is capable of examining the effects of global warming. This approach includes weather dependent simulation modelling of the seasonal dynamics of aquatic organisms within a simplified framework.

Future Possibilities, Social Challenges and Adaptation Requirements of Industrial Progress

The paper addresses the technological change that is currently happening in industry. First, a review of the global trends that impact industrial developmentsis made, then a summary ofexpanding intelligent technologies and their systems. The report describes in detail the concept of Industry 4.0 and its major technology-related aspects. At the end of the paper, a summary of social consequences is addressed, especially concerning generational concerns connected to the current change in industrial technology. The purpose of the study is to raise some special aspects and considerations in the given subject.