Rafael Joseffy, Brustbild, Profil

Signatur des Originals: S 36/F08916

{[N.N.], Szenenfoto, Gruppenbildnis, in: Friedrich Hebbel: Judith, Frankfurt a. M., 1920

Signatur des Originals: S 36/F10521

Carl Heinrich Hartmann, Ganzfigurbildnis, Profil, beim Musizieren, 1920

Signatur des Originals: S 36/F10753

Franz Schreker, John Gläser, Erik Wirl, Gruppenbildnis, Ganzfigurbildnis, Opernhaus Frankfurt, 1920

Signatur des Originals: S 36/F11782

Willem Mengelberg, Ter herinnering aan zijn 25-Jarig Jubileum 1895-Mei-1920

Signatur des Originals: S 36/F11657

Männergruppe vor der Festhalle, Gruppenbildnis, Ganzfigurbildnis, Frankfurt a. M., 1920

Signatur des Originals: S 36/F12226

Maria Wilhelmine von Hasselt-Barth als Carlo Broschi, Alexander Reichart als Rafael, Opernszene, Doppelbildnis, in: Daniel-François-Esprit Auber: Des Teufels Antheil : Rafael: "Mir die Ehre!- Dir das Geld!"

Signatur des Originals: S 36/G13784

Die Reform der öffentlichen Armenpflege : Sonderabdruck aus dem gekürzten Bericht der Tagung der Fachausschüsse für städtisches und ländliches Fürsorgewesen am 13. und 14. Februar 1920 zu Berlin

Deutscher Verein für Öffentliche und Private Fürsorge

Lucy Weidt als Amme, Rollenbild, Brustbild, in: Richard Strauss: Die Frau ohne Schatten, 1920

Signatur des Originals: S 36/12444

Dissolved organic matter in the Lena River Delta Region, Siberia, Russia

Connectivity between the terrestrial and marine environment in the Artic is changing as a result of climate change, influencing both freshwater budgets and the supply of carbon to the sea. This study characterizes the optical properties of dissolved organic matter (DOM) within the Lena Delta region and evaluates the behavior of DOM across the fresh water-marine gradient. Six fluorescent components (four humic-like; one marine humic-like; one protein-like) were identified by Parallel Factor Analysis (PARAFAC) with a clear dominance of allochthonous humic-like signals. Colored DOM (CDOM) and dissolved organic carbon (DOC) were highly correlated and had their distribution coupled with hydrographical conditions. Higher DOM concentration and degree of humification were associated with the low salinity waters of the Lena River. Values decreased towards the higher salinity Laptev Sea shelf waters. Results demonstrate different responses of DOM mixing in relation to the vertical structure of the water column, as reflecting the hydrographical dynamics in the region. Two mixing curves for DOM were apparent. In surface waters above the pycnocline there was a sharper decrease in DOM concentration in relation to salinity indicating removal. In the bottom water layer the DOM decrease within salinity was less. We propose there is a removal of DOM occurring primarily at the surface layer, which is likely driven by photodegradation and flocculation.