Ground-Motion Prediction Equations Based on Data from the Himalayan and Zagros Regions

This study derives ground-motion prediction equations for the horizontal elastic response spectral acceleration for 5% damping for application to the Indian Himalayas. The present equations include a consideration of site category (rock/soil) and style-of-faulting (strike-slip/reverse). Due to a lack of near-field data from India, additional strong-motion data have been included from the Zagros region of Iran, which has comparable seismotectonics to the Himalayas (continental compression). A set of 201 records from 16 earthquakes were used within the regression. The derived model predicts similar ground motions to previously published equations for the Himalayan region but with lower standard deviations.     

Erosion Hazards and Efficient Preservation Measures in Prehistoric Cultural Layers in the Littoral of Lake Constance (Germany,Switzerland)

Many Neolithic and Bronze Age cultural layers and pile fields embedded in sediments at the shorelines of pre-alpine lakes in France, Switzerland, Germany, Austria, and Italy (in part UNESCO World Heritage Sites), are threatened by littoral erosion which is partly caused by human agency. Based on measurements of the wave field at four prehistoric sites on Lake Constance (Germany, Switzerland) we discuss the role of passenger ship navigation. We also review the stability and ecological compatibility of archaeological preservation control fills on the littoral platform of Lake Constance, and we make some recommendations for future preservation measures.     

European Capitals of Culture: elitism or inclusion? The case of Stavanger2008

Who participates in the European Capital of Culture? This article analyses participation in Stavanger, European Capital of Culture (ECOC) in 2008, drawing on data from a survey conducted among a cross-section of the population of the city and its closest surrounds. It examines whether there is systematic variation in the number and type of events attended across key social background characteristics such as gender, age, education and income, as well as interest in culture. It finds systematic, but small differences between the genders, age groups and people of different educational attainment, and no differences between people with high and low income. Participation levels are high in all social strata. However, interest in culture is an important predictor of participation. Differences in social background and cultural interest matter more for participation in high-brow events. The authors conclude that the ECOC event was fairly inclusive of different population segments.