Aufforderung und Bitte zur vorläufigen Einstellung der Debatten und Petitionen über die Uniformirungs- und Bewaffnungs-Frage der National-Garde: Die Zeit ist ernst, sie erfordert ernste Gedanken ...

Welsch (Projektbearbeiter): Aufruf an die Bevölkerung, die sich auf die Uniformierung der Wiener Nationalgarde beziehenden Petitionen zu beenden und sich der viel wichtigeren Frage des organisatorischen Aufbaus zu widmen

Vom Central-Comité der gesammten Nationalgarde zur Aufrechterhaltung der Ruhe, Ordnung und Sicherheit: Man hat es in einem Plakate gewagt, den Feuerbrand der Ruhestörung von neuem in die bis jetzt gottlob ordnungsliebenden Gemüther zu schleudern ...

Welsch (Projektbearbeiter): Scharfe Zurückweisung eines anonymen antisemitischen Flugblatts. Appell an die Bevölkerung Wiens, " ... den Worten des Aufruhrs und der Unmenschlichkeit Ohr und Herz [zu] [verschließen] ... "

Drivers of nitrogen leaching from organic layers in Central European beech forests

Background and Aims: The response of forest ecosystems to continuous nitrogen (N) deposition is still uncertain. We investigated imports and exports of dissolved N from mull-type organic layers to identify the controls of N leaching in Central European beech forests under continuous N deposition. Methods: Dissolved N fluxes with throughfall and through mull-type organic layers (litter leachate) were measured continuously in 12 beech forests on calcareous soil in two regions in Germany over three consecutive growing seasons. Results Mean growing season net (i.e. litter leachate – throughfall flux) fluxes of total dissolved N (TDN) from the organic layer were low (2.3 ± 5.6 kg ha −1 ) but varied widely from 12.9 kg ha −1 to –8.3 kg ha −1 . The small increase of dissolved N fluxes during the water passage through mull-type organic layers suggested that high turnover rates coincided with high microbial N assimilation and plant N uptake. Stand basal area had a positive feedback on N fluxes by providing litter for soil organic matter forma- tion. Plant diversity, especially herb diversity, reduced dissolved N fluxes. Soil fauna biomass increased NO3−-N fluxes with litter leachate by stimulating mineralization. Microbial biomass measures were not related to dissolved N fluxes. Conclusions Our results show that dissolved N exports from organic layers contain significant amounts of throughfall-derived N (mainly NO3−-N) that flushes through the organic layer but also highlight that N leaching from organic layers is driven by the complex interplay of plants, animals and microbes. Furthermore, diverse understories reduce N leaching from Central European beech forests.

Aus Briefen von und an Emil Schulze

Karl Emil Franzos

Marcus, Ernst [Rezension]

C. G.

Ernst Josephson

Ernst Ruben

Ernst Josephson [Illustration] : Büste (1883)

P. Hasselberg

Prof. Ernst Traugott Rubo [Illustration] : (Porträt)

Scan von Monochrom-Mikroform