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Kształcenie bibliotekarzy – dzieło Aleksandra Birkenmajera i jego kontynuacja

Woźniak-Kasperek J., Franke J.

Kwartalnik Historii Nauki i Techniki

2016

R. 61, nr 4

71--83

The article presents Aleksander Birkenmajer’s services and contribution to the development of form and content of librarians’ education in Poland, with particular consideration for academic librarianship education at the Warsaw University. Birkenmajer’s activities at the University described in the article cover the years from the beginning of librarianship education (creation of the Librarianship Department), i.e. from the 1951/1952 academic year, through 1960 (Birkenmajer’s retirement), to 2016, when the Institute of Scientific Information and Librarian Studies was dissolved. Major organisational and curricular changes that were made in those years are shown in the article. Reader’s attention is drawn to Birkenmajer’s contribution to acquiring by librarianship (today: bibliology and informatology) a permanent place among other scientific disciplines of higher education.

Detection of potential areas of changing climatic conditions at a regional scale until 2100 for Saxony, Germany

Kronenberg R., Franke J., Bernhofer C., Körner P.

Meteorology Hydrology and Water Management. Research and Operational Applications

2015

Vol. 3, Iss. 2

17--26

Two different approaches are applied for the investigation of possible changes within the climate regime – as an important component of vulnerability – on a regional scale for Saxony, Germany. Therefore data were applied from the output of the statistical climate models WETTREG2010 and WEREX-V for a projected period until 2100. In the first step, rain gauge-based precipitation regions with similar statistics have been classified. The results show that stable regions are mainly located in the Ore Mountains, while regions of higher uncertainty in terms of a climate signal exist particularly between the lowlands and mountains. In the second step, station-based data on precipitation, temperature and climatic water balance were interpolated by the regionalisation service RaKliDa. Model runs which lay closest to the observed data for the period 1968 to 2007 were identified. Therefore, regions of similar climates were classified and compared by means of a Taylor diagram. The derived patterns of the observed data are in good agreement with formerly defined climate regions. In the final step, anomalies of 10 yearlong averages from 2021 until 2090 were calculated and then spatially classified. The classification revealed four complex regions of changing climate conditions. The derived patterns show large differences in the spatial distribution of future precipitation and climatic water balance changes. In contrast, temperature anomalies are almost independent of these patterns and nearly equally distributed.