1,206 research outputs found

    The Electoral Consequences of Third Way Welfare State Reforms

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    In all advanced Western nations, policy-makers have implemented encompassing welfare state reforms in recent decades breaking with past welfare arrangements. In particular, social democracy engaged in significant policy change under the Third Way paradigm and broke with its traditional reputation on welfare that had built the ties with the core constituency in the 20th century. The Electoral Consequences of Third Way Welfare State Reforms: Social Democracy’s Transformation and its Political Costs provides a comparative study of the electoral consequences of Third Way welfare state reforms. The book demonstrates that Third Way reforms went against the social policy preferences of social democracy’s core voters and indeed produced an electoral setback for social democrats at the ballots. Moreover, and accounting for cross-national variation, the analysis shows that the nature of the setback is contingent on the electoral system and the party competition social democrats face when reforming the welfare state

    Workers in smaller companies are more likely to vote conservative

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    Countries with a high share of small and medium plants offer a context for new-right parties, write Christoph Arndt and Line Rennwal

    Energy and glacier mass balance of FĂĽrkeleferner, Italy: past, present, and future

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    The energy and mass balance of mountain glaciers translate into volume changes that play out as area changes over time. From this, together with former moraines during maximum advances, information on past climate conditions and the climatic drivers behind during glacier advances can be obtained. Here, we use the distributed COupled Snowpack and Ice surface energy and mass balance model in PYthon (COSIPY) to simulate the present state of an Italian glacier, named Fürkeleferner, for the mass balance years 2013–2017. Next, we investigate the local climate during the time of the last “Little Ice Age” (LIA) maximum glacier advance using COSIPY together with the LIA glacier outline retrieved from moraine mapping and a digital elevation model (DEM) adapted for the glacier’s geometry at the time of the LIA as a benchmark. Furthermore, the glacier’s sensitivity to future air temperature increase of +1 K and +2 K is investigated using the same model. For all simulations, meteorological data of closely located climate stations are used to force the model. We show the individual monthly contribution of individual energy and mass balance components. Refreezing during the summer months is an important component of the energy and mass balance, on average about 9 % relative to total annual ablation. The results from simulating past climate show a 2.8 times larger glacier area for Fürkeleferner during the LIA than today. This further implies a 2.5 K colder climate, assuming that the amount of precipitation was 10 %–20 % in excess of today’s value. Concerning further temperature increase of 2 K, the glacier would only consist of the ablation area implying sustained mass loss and eventual total mass loss. Even under current climatic conditions, the glacier area would have to decrease to 17 % of its current area to be in a steady state. We discuss the reliability of the results by comparing simulated present mass balance to measured mass balances of neighboring glaciers in the European Alps and with short-term measurements on Fürkeleferner itself. In conclusion, we are able to show how the glacier responds to past and future climate change and determine the climatic drivers behind

    Smart grid terminology development-crossing the boundaries of terminology standardization

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    Arndt S, Sheveleva T, Goeker C. Smart grid terminology development-crossing the boundaries of terminology standardization. Energy Sustainability and Society. 2015;5(1): 20.Background: Standardization is concerned with ongoing terminology standardization activities. Activities are rather complex in divergent topics and current themes of interest. The article is concerned with terminology standardization activities in Germany and international standardization activities for smart grids and smart-grid-related topics like smart metering systems, smart homes, and electromobility. Even though standardization topics are very clearly organized by standardization road maps, and responsibilities are distributed among working groups, there are still conceptual overlaps between activities of different groups that will result in inconsistencies and ambiguities in their respective glossaries. These glossaries, however, undergo only a limited process of synchronization during their development, especially on the level of single concepts and terms. The application of inconsistent and ambiguous terminology in standards may later on reduce their internal and external consistency, readability, and understandability. To create high-quality standards, conceptual consistency needs to be guaranteed. To do this, terminologies under development should be made more openly available to standardization working groups in the development phase (and not only after completion). Furthermore, additional synchronization tasks on the conceptual level are needed to generate consistent and clear conceptualizations of new technologies. Methods: A number of glossaries have been analyzed for overlaps as described by this article. Results: The article gives an overview of issues found in the respective glossaries, and the process can lead to proposals which may be put to vote among domain experts. Conclusions: Overall, domain experts working on terminologies should be given more assistance as regards terminological and linguistic knowledge and methodology to assure linguistic and terminological next to technical quality of their terminologies. Future work will be dedicated to issue resolution and assistance for issue identification
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