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Norsk Ordbok is a 12 volume academic dictionary covering Norwegian Nynorsk literature and all Norwegian dialects from 1600 to the present. The dictionary is to be completed in 2014, the year of the bicentenary of the Norwegian constitution. The collection of data started in 1930 and the editing of the dictionary started in 1946. In the 1990s the Norwegian language collections were digitized, and from 2002 onwards Norsk Ordbok has been edited on a digital platform which communicates with a system of relational databases for manuscript storage. These databases include digitized slip archives, a draft manuscript from 1940, glossaries from the period between 1600 and 1850, canonical dictionaries from the period 1870-1910, bibliography, local dictionaries, text corpus (90 mill. words) etc. The source material is linked together in a Meta dictionary (MD). The MD is an electronic index with headwords in standard spelling, and it represents the hub of the language collections, where the source material from the databases is linked to headword nodes. This MD in turn communicates with the editing system and the dictionary database. The electronic linking up of the source material with the dictionary entries secures that the interpretation of data and product of scientific research can be reproducible in a very easy way. This is important to a scholarly dictionary. Further, the MD index system enables us to set a relative dimension for each dictionary entry and to make a master plan for setting alphabet dimensions for the whole dictionary. This is important to all modern dictionary projects with limited resources. The digitized source material, the digital editing platform and the digital dictionary product also point forward to new ways of presenting the data, and they point forward to future lexicographical research. The paper will present the digital resources of the Norsk Ordbok 2014 project, developed in close cooperation with the scientific programmers at the Unit of Digital Documentation at the University of Oslo. It will focus on the Norsk Ordbok 2014 experience with working on a fully digitized editing platform for the last 10 years, and it will also comment briefly on how the developed tools and resources point forward into Norwegian lexicography in the future.
The introductory personal remarks refer to my motivations for choosing research projects, and for moving from physics to molecular biology and then to development, with Hydra as a model system. Historically, Trembley’s discovery of Hydra regeneration in 1744 was the begin¬ning of developmental biology as we understand it, with passionate debates about preformation versus de novo generation, mechanisms versus organisms. In fact, seemingly conflicting bottom-up and top-down concepts are both required in combination to understand development. In modern terms, this means analysing the molecules involved, as well as searching for physical principles underlying development within systems of molecules, cells and tissues. During the last decade, molecular biology has provided surprising and impressive evidence that the same types of mol¬ecules and molecular systems are involved in pattern formation in a wide range of organisms, including coelenterates like Hydra, and thus appear to have been “invented” early in evolution. Likewise, the features of certain systems, especially those of developmental regulation, are found in many different organisms. This includes the generation of spatial structures by the interplay of self-enhancing activation and “lateral” inhibitory effects of wider range, which is a main topic of my essay. Hydra regeneration is a particularly clear model for the formation of defined patterns within initially near-uniform tissues. In conclusion, this essay emphasizes the analysis of development in terms of physical laws, including the application of mathematics, and insists that Hydra was, and will continue to be, a rewarding model for understanding general features of embryogenesis and regeneration.
The Swedish Academy Dictionary (SAOB) is one of the big national dictionary projects started in the 19th century. SAOB is still in production – there are another two volumes out of 38 to printed before 2018. The structure inside the volumes is (of course) varied/varying. There are ten chief editors and five generations of editors involved in the project. In the 1980s the SAOB was OCR-scanned. The result was used for a webversion in the internet from 1997. The webversion is very frequently used but has a lot of shortcomings due to, among other things, a great typographic complexity and a scanning technology of the time. Now the editorial board is discussing the future: redigitalization (in China), updating of the webversion with new search tools, updating of the dictionary itself and some form of editing tool.
Der Fachkräftemangel in Mathematik, Informatik, Naturwissenschaften und Technik (MINT) erweist sich immer mehr als Hemmnis für den Hochtechnologiestandort Deutschland. Für eine nachhaltige Sicherung des Fachkräftebedarfs ist eine attraktive MINT-Bildung Voraussetzung. Zudem stellt sich in einer Gesellschaft, die von Natur- und Technikwissenschaften geprägt ist, die Notwendigkeit, allen Menschen ein entsprechendes Grundverständnis zu vermitteln. Wissenschaft und Politik sind gefordert, didaktisch wirksame und für junge Menschen attraktive Konzepte für eine MINT-Bildung zu entwickeln und umzusetzen. Einerseits, um begabte junge Menschen gezielt zu fördern, andererseits, um eine basale MINT-Allgemeinbildung im Schulsystem zu verankern. Der Sammelband fasst die Ergebnisse einer interdisziplinären Arbeitsgruppe der Berlin-Brandenburgischen Akademie der Wissenschaften (BBAW) zusammen und analysiert die Ursachen für den mangelnden Erfolg von MINT-Initiativen in Deutschland und Europa, dokumentiert erfolgreiche Modellprojekte und zeigt Lösungswege für die Bildungs- und Wissenschaftspolitik auf. Ergänzt werden diese Beiträge mit den Erfahrungen engagierter Initiatoren von namhaften Modellprojekten.