In this study we carried out a bibliometric analysis of the social sciences at three European universities (Vienna, Zurich, Oslo). The data source for this investigation was the Web of Science SSCI and publications between 2000 and 2006 were included for retrieval. Apart from the analysis of the publication output, activity and impact, networks of co-authorships, disciplines and references were explored. In general the results reveal that overall Oslo outperformed the other two universities which show similar publication activities and outputs. Using the University of Oslo as a benchmark should help to outline different strategies (research, publication and cooperation) to enhance the international visibility of the output of the University of Vienna in different fields of the social sciences. Table 1. Analyzed institutes of social sciences

Abstract-Numerous circular depressions north of Burghausen in eastern Bavaria, with diameters ranging from meters to tens of meters in size and dispersed over an area of at least 11 × 7 km, are suspected to have an extraterrestrial origin since they resemble other small meteorite impact craters. The depressions are bowl-shaped, have high circularity and a characteristic rim. Most of them were formed in unconsolidated glacial gravels and pebbles intermixed with fine-grained sand and clay. Magnetic investigations reveal weak anomalies with amplitudes of less than ±10 nanoTesla (nT). In some cases, the origins of the anomalies are suspected to be due to human activity within the structures. So far, no traces of meteoritic material have been detected. An evident archaeological or local geological explanation for the origin of the craters does not exist. A World War I and II explosive origin can be excluded since trees with ages exceeding 100 years can be found in some craters. One crater was described in 1909. Carbon-14 dating of charcoal found in one crater yielded an age of 1790 ± 60 years. Hence, a formation by meteorite impacts that occurred in Celtic or early medieval times should be considered. A systematic archaeological excavation of some structures and an intensified search for traces of meteoritic material are planned.

Arguing from a critical reading of the text, and scientific evidence on the ground, the authors show that the myth of Phaethon – the delinquent celestial charioteer – remembers the impact of a massive meteorite that hit the Chiemgau region in Bavaria between 2000 and 428 BC.

Teesid: Tekstikriitilise analüüsi ja teaduslike tõendite alusel näitavad autorid, et Phaetoni müüt-kurja tegeva taevase sõjavankri müüt-säilitab mälestusi ajavahemikul 2000-428. eKr Baieri Chiemgau piirkonda tabanud tohutust meteoriidist.

We acknowledge the observations of Doppler et al. on our paper and we are grateful to Antiquity's editor for this opportunity to reply to their objections.Firstly, it should be noted that we have not claimed that the Chiemsee once included the Tüttensee. We agree that the region in which both lakes lie was glacially formed. But while Lake Chiemsee is the result of the last Ice Age the Tüttensee basin originates from a much later Holocene meteorite impact. We do not use the myth of Phaeton to date this event that is known as the Chiemgau impact. On the contrary we estimate from archaeological evidence and OSL dating that the event occurred between 2200 and 800 BC, i.e. the Bronze Age (Rappenglück et al. 2010: 436).We go on to discuss parallels between the independent dating of the Chiemgau impact and the possible time frame of the myth (Rappenglück et al. 2010: 435–37).