86,563 research outputs found
Zur Einführung: Bewegung im Medium. Aspekte hoch- und spätmittelalterlicher Schriftlichkeit in multimedialer Aufbereitung
No full textArlinghaus F-J, Ostermann M, Plessow O, Tscherpel G. Zur Einführung: Bewegung im Medium. Aspekte hoch- und spätmittelalterlicher Schriftlichkeit in multimedialer Aufbereitung. In: Arlinghaus F-J, Ostermann M, Plessow O, Tscherpel G, eds. Schrift im Wandel - Wandel durch Schrift [CD-ROM]. Utrecht Studies in Medieval Literacy, 6a. Turnhout: Brepols; 2003: 1-15
Introduction: Written texts on the Move. Medieval Manuscript Culture in a Multimedia Environment
No full textArlinghaus F-J, Ostermann M, Plessow O, Tscherpel G. Introduction: Written texts on the Move. Medieval Manuscript Culture in a Multimedia Environment. In: Arlinghaus F-J, Ostermann M, Plessow O, Tscherpel G, eds. Transforming the Medieval World. Uses of Pragmatic Literacy in the Middle Ages. Utrecht Studies in Medieval Literacy. Vol 6. Turnhout: Brepols; 2006: 1-15
Rechnungsbücher. Multimedia-Beitrag
No full textArlinghaus F-J. Rechnungsbücher. Multimedia-Beitrag. In: Arlinghaus F-J, Ostermann M, Plessow O, Tscherpel G, eds. Schrift im Wandel - Wandel durch Schrift [CD-ROM]. Utrecht Studies in Medieval Literacy, 6a. Turnhout: Brepols; 2003
Account books
No full textArlinghaus F-J. Account books. In: Arlinghaus F-J, Ostermann M, Plessow O, Tscherpel G, eds. Transforming the Medieval World. Uses of Pragmatic Literacy in the Middle Ages. Utrecht Studies in Medieval Literacy, 6b. Turnhout: Brepols; 2006: 43-70
Schrift im Wandel – Wandel durch Schrift [CD-ROM]
No full textArlinghaus F-J, Ostermann M, Plessow O, Tscherpel G, eds. Schrift im Wandel – Wandel durch Schrift [CD-ROM]. Utrecht studies in medieval literacy, 6a. Turnhout: Brepols; 2003
Im multimedialen Neuland. CD-ROM-Projekt „Schrift im Wandel – Wandel durch Schrift“. Ein Werkstattbericht
No full textArlinghaus F-J, Ostermann M, Plessow O, Tscherpel G. Im multimedialen Neuland. CD-ROM-Projekt „Schrift im Wandel – Wandel durch Schrift“. Ein Werkstattbericht. ForschungsJournal der Westfälischen Wilhelms-Universität Münster. 2000;9(2):44-46
Hoyerswerda, Rostock-Lichtenhagen, Mölln, Solingen. Plädoyer für eine Lokalgeschichte rassistischer Gewalt in Ost und West
No full textMaubach F. Hoyerswerda, Rostock-Lichtenhagen, Mölln, Solingen. Plädoyer für eine Lokalgeschichte rassistischer Gewalt in Ost und West. In: Heinrich G, Jünger D, Plessow O, Sylla C, eds. Kulturen des Verdrängens und Erinnerns. Perspektiven auf rassistische Gewalt in Rostock-Lichtenhagen 1992. Berlin: Neofelis; 2024: 25-37
Schrift im Wandel, Wandel durch Schrift - Historische Forschung auf CD-ROM
No full textArlinghaus F-J, Ostermann M, Plessow O, Tscherpel G. Schrift im Wandel, Wandel durch Schrift - Historische Forschung auf CD-ROM. In: Grob HL, ed. cHL. Computergestützte Hochschullehre. Dokumentation zum cHL-Tag 2000. Alma Mater Multimedialis. Münster: Lit; 2001: 183-193
The isotopic composition of anthropogenic Pb in soil profiles of northern Germany: Evidence for pollutant Pb from a continent-wide mixing system
No full textSeventy-five samples of six soil profiles from forests on different substrates plus one next to a motorway were analyzed for the variation of Pb concentration and isotopic composition with depth. A substantial fraction of the anthropogenic Pb (peak concentrations between 74 and 300 ppm) is still stored in the organic top soil, and seldom penetrates deeper than 20-30 cm. In (Pb-208/Pb-206) vs. (Pb-207/Pb-206)-diagrams the Pb in the uppermost layers of the profiles plots on an excellent correlation line (R = 0.99) indicating essentially a two-component mixing system. Values for the dust on Scottish plants, Norwegian and Swiss bogs as well as for aerosols collected over the North Atlantic (data from the literature) plot on the same correlation line showing that the Pb was deposited from a continent-wide mixing system with two apparent end members: The radiogenic one is similar to geogenic Pb and could consist of contributions from certain European ore deposits and from different soil components (e.g. silicates and Fe-oxides), power plants and cement factories. The less radiogenic component must contain or consist of Pb from Proterozoic or even Archaic ore deposits. However, the sources of this Pb remain somewhat elusive. In any case, this isotopic pattern is so consistent all over Europe that the correlation line may serve as a line of reference for quasi normal or European Standard Lead Pollution (ESLP). The gasoline derived Pb in the soils is swamped by Pb of other provenances
On the isotopic composition of Pb in cloud waters in Central Germany. A source discrimination study
No full textFifty seven (57) cloud water samples collected in 1 hr intervals during 9 cloud events in 1997 at the summit of the Brocken (altitude 1142 m) in Central Germany were analyzed for their Pb concentrations and isotopic compositions. For comparison, filter dusts of such possible emitters as power plants, cement factories, waste incinerators, cars and others were also studied. Profiles over many hours reveal changes in composition correlated with changes in the origin of the air masses. Five main groups of possible sources of the Pb can be distinguished: most important are (1) the European standard pollution ESP dominating the continent from Germany over France to Scandinavia and (2) industrial Pb (and soot from car exhausts) followed by (3) urban waste incinerators as well as (4) perhaps ores from Norilsk/Siberia, and, somewhat uncertain, (5) ores from Paleozoic European deposits. Local and daily varying anthropogenic emissions of the sources (2-5) cause scatter of the points around the ESP correlation line. In soils all these variations and individual signatures are levelled out so that specific sources of pollution cannot be identified anymore. Geogenic Pb from rocks and soils is the same as that from power plants and cement factories. It is one of the two nominal end components making up the mixture of the ESP. The less radiogenic end component of this mix which must contain Pb from very old deposits is somewhat elusive: none of the large Archaic or Proterozoic deposits could be identified. Most probably numerous sources contribute to this Pb. Pb from leaded gasoline seems to be absent or is hidden under the five components dominating the composition of the Pb in the European environment. This probably reflects phasing out of such gasoline in most European countries. The Pb in the clouds may contain a small component of old Proterozoic or even Archaic Pb, but it can also be modelled with Paleozoic Pb
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