2,861 research outputs found
Editorial note – Hartmut Leser für die ERDE-Herausgeber*innen / Editorial note – Hartmut Leser on behalf of the editors of DIE ERDE: Nachruf für Prof. Dr. Werner Eugster / Obituary for Prof. Dr. Werner Eugster
No full textNachruf für Werner Eugster verfasst von Hartmut Leser / Obituary for Werner Eugster written by Hartmut Lese
Eddy covariance measurements of CO2 isotopologues with a quantum cascade laser absorption spectrometer
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Sidonie Werner Collection. 1957
No full textThis collection contains 2 letters from Grete Stern describing the work of Sidonie Werner (1957), as well as a brief biographical sheet of Sidonie Werner by another
author (circa 1957). There is also a letter of thanks from Leo Baeck Institute regarding Greta Sterns' efforts to provide information on Werner (1957).Social worker, founder of Jüdischen Frauenbundes (JFB) and Israelitischen Humanitären Frauenvereins (home for senior women) in Hamburg.The original German language inventory is available in the folderProcessed for digitizationLinked to online manifestationdigitize
Werner Warmbrunn Collection. 1885-2006
No full textThe Werner Warmbrunn Collection documents life and professional activities of Werner Warmbrunn and to a smaller extent, members of his immediate family. The collection consists of correspondence, diaries and memoirs, educational documents, printed materials, and unpublished poetry by David Warmbrunn and Werner Warmbrunn. Included in the collection are Werner Warmbrunn’s personal correspondence (mostly from the late 1930s); professional correspondence pertaining to his work at Stanford University and Pitzer College; as well as correspondence of his parents, David and Lilly. However, the core of the collection consists of Werner Warmbrunn’s diaries dating back to the late 1930s. Additionally, there is unpublished poetry by Werner Warmbrunn and David Warmbrunn, printed materials, and photo albums arranged topically by Werner Warmbrunn.Werner Warmbrunn was born on July 3rd, 1920, in Frankfurt am Main, Germany. His father, Dr. David Warmbrunn was a chemist, who owned a commercial laboratory. In 1936 the Warmbrunn family moved to Amsterdam, Holland. In 1939, his parents left Holland and settled in the United States. Werner Warmbrunn remained in Holland and attended a Quaker agricultural boarding school. In 1941 he came to the United States where he stayed with his sister on a farm near Cornell, Ithaca. He earned his BA in 1943 at Cornell University and his Ph.D. in History at Stanford University. Between 1949 and 1952 Werner Warmbrunn served as a Co-Director at the Peninsula School in Menlo Park, California. From 1952 to 1964 he was a foreign student adviser and director at Bechtel International Student Center, Stanford University. In 1963, he was invited to Pitzer College by its president, John Atherton. Werner Warmbrunn helped design the academic programs for the new college (Pitzer College, an undergraduate liberal college was founded in 1963) and developed its community. Werner Warmbrunn is the author of two books: The Dutch Under German Occupation, 1940-1945 and The German Occupation of Belgium 1940-1945. Werner Warmbrunn retired in 1991. He died in 2009.Processeddigitize
Werner Bergengrün Collection. 1941-1966
No full textThis collection contains photocopies of correspondence and obituarial material regarding Werner Bergengrün. There is
also material pertaining to Johannes Urzidil that may or may not be connected with Werner Bergengrün. The earliest correspondence is
to the Urzidils in New York from an acquaintance in England, indicating that the war will get worse but he should visit when it is
over (1941). Following the 1941 Urzidil letter are obituaries for Werner Bergengrün from 1964. There is a 1966 letter from Lotte
Bergengrün to Johannes Urzidil, indicating that Werner was sick for some time and his last poem is dated 1962. The last item in the
collection is a letter from "Fritta B." in Munich to Johannes Urzidil, exchanging greetings.Werner Bergengrün (1892-1964) was a Baltic German author. He married Lotte Hensel, a descendent of Moses
Mendelssohn.Processed for digitizatio
Forgotten and Newly Discovered Author - Werner Bräunig
No full textDiese Abschlussarbeit befasst sich mit dem "vergessenen" Autor Werner Bräunig (1934-1976). Er wurde wieder im Jahre 2007 "entdeckt", als sein verbotener Roman "Rummelplatz" erschien. In den ersten zwei Kapiteln werden kurz die Geschichte und die Literatur der Deutschen Demokratischen Republik (DDR) beschrieben. In dem Hauptteil beschäftigt sich die Arbeit mit dem Leben und den Werken von Werner Bräunig, hauptsächlich mit dem Roman "Rummelplatz". In diesem Teil wird auch die Bräunigs Beteiligung an dem kulturpolitischen Programm der Sozialistischen Einheitspartei Deutschlands (SED) sog. "Bitterfelder Weg" erklärt. Am Ende der Arbeit wird die Zensur in der DDR erwähnt. Gerade wegen der Zensur konnte Bräunig sein Roman nicht veröffentlichen.This bachelor's thesis deals with a "forgotten" author Werner Bräunig (1934-1976). His previously forbidden novel "Rummelplatz" was not published until 2007 and thanks to that the author was "newly discovered". In the first two chapters, the history and literature of the German Democratic Republic (GDR) are briefly described. The thesis's main part is dealing with Werner Bräunig's life and work, primarily his novel "Rummelplatz". This part also clarifies Bräunig's participation in the political-cultural program Socialist Unity Party of Germany, so called "Bitterfeld way". At the end of the thesis mentions a censorship in the GDR, because of which Bräunig could not publish his novel.Tato závěrečná práce se zabývá „zapomenutým“ autorem Wernerem Bräunigem
(1934-1976). Jeho dříve zakázaný román „Rummelplatz“ vyšel až v roce 2007 a díky
tomu byl tento autor „znovu objeven“. V prvních dvou kapitolách jsou krátce popsány
dějiny a literatura Německé demokratické republiky (NDR). V hlavní části se práce
zabývá životem a tvorbou Wernera Bräuniga, především románem „Rummelplatz“.
V této části je také vysvětlena Bräunigova účast na kulturně-politickém programu
Sjednocené socialistické strany Německa tzv. „Bitterfeldské cesty“. V závěru práce je
zmínka o cenzuře v NDR, kvůli které nemohl Bräunig svůj román publikovat.Katedra cizích jazykůDokončená práce s úspěšnou obhajobo
Auswirkungen der Landnutzungsänderungen auf das regionale Klima: das Typbeispiel Juragewässerkorrektionen
No full textDoes fog chemistry in Switzerland change with altitude?
Full text linkDuring two extended summer seasons in 2006 and 2007 we operated two battery driven versions of the Caltech active strand cloud water collector (MiniCASCC) at the Niesen mountain (2362 m a.s.l.) in the northern part of the Swiss Alps, and two devices at the Lägeren research tower (690 m a.s.l.) at the northern boundary of the Swiss Plateau. During these two field operation phases we gained weekly samples of fog water, where we analyzed the major anions and cations, and the isotope ratios of fog water (in form of δ2H and δ18O). Dominant ions in fog water at all sites were NH4+, NO3−, and SO42 −. Compared to precipitation, the enrichment factors in fog water were in the range 5–9 at the highest site, Niesen Kulm. We found considerably lower summertime ion loadings in fog water at the two Alpine sites than at lower elevations above the Swiss Plateau. The lowest ion concentrations were found at the Niesen Kulm site at 2300 m a.s.l., whereas the highest concentrations (a factor 7 compared to Niesen Kulm) were found in fog water at the Lägeren site. Occult nitrogen deposition was estimated from fog frequency and typical fog water flux rates. This pathway contributes 0.3–3.9 kg N ha− 1 yr− 1 to the total N deposition at the highest site on Niesen mountain, and 0.1–2.2 kg N ha− 1 yr− 1 at the lower site. These inputs are the reverse of ion concentrations measured in fog due to the 2.5 times higher frequency of fog occurrence at the mountain top (overall fog occurrence was 25% of the time) as compared to the lower Niesen Schwandegg site. Although fog water concentrations were on the lower range reported in earlier studies, fog water is likely to be an important N source for Northern Alpine ecosystems and might reach values up to 16% of the total N deposition and up to 75% of wet N deposition by precipitation
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