In 1969 Councilman Lorenzen asked the city's Library Commission to take copies of the avant-garde Evergreen Review magazine off the open shelves of the public library because one of his constituents had read an issue and found "a very dirty story" in it.
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He beat Joy Picus in 1973 in a tight election that demanded a recount; the vote was 27,575 for Lorenzen and 27,027 for Picus.
Donald D. Lorenzen (1920–80), Los Angeles, California, City Council member, 1969–77
Donald Trump | Donald Duck | Donald Rumsfeld | Donald Knuth | Donald Sutherland | Donald Judd | Donald Honig | Donald Bradman | Donald Pleasence | Donald Byrd | Donald Tsang | William Donald Schaefer | Donald Winnicott | Donald Fagen | Donald Tusk | Donald O'Connor | Donald Brashear | Donald | Donald Ross | Donald Kennedy | Donald E. Westlake | Donald Braswell II | Donald Baechler | Donald Smith, 1st Baron Strathcona and Mount Royal | Donald Ogden Stewart | Donald M. Fraser | Donald Glover | Donald Glaude | Donald Fisher | Donald Faison |
Donald D. Patterson (1911–?), businessman and political figure in New Brunswick, Canada
In 2005 he was awarded an honorary doctorate by the University of Zurich.
Meltzer relented, and sent him on to meet with the Institute's chemists, Phoebus A. T. Levene, Donald D. Van Slyke, and Walter A. Jacobs, whom Heidelberger found assembled over tea.
The "new" orchid, which had been mislabeled as Maxillaria croceorubens since the 1990s, was named after orchidologist Donald D. Dod (1912–2008), who collected the specimen in the 1980s in Haiti.
Family systems therapy received an important boost in the mid-1950s through the work of anthropologist Gregory Bateson and colleagues – Jay Haley, Donald D. Jackson, John Weakland, William Fry, and later, Virginia Satir, Paul Watzlawick and others – at Palo Alto in the US, who introduced ideas from cybernetics and general systems theory into social psychology and psychotherapy, focusing in particular on the role of communication.
In the mid-1970s, Donald D. Clayton predicted that unusual isotopic compositions would be found within thermally condensed grains produced during mass loss from stars of differing types, and argued that such grains exist throughout the interstellar medium.
Contributors are S.N. Balagangadhara, Sarah Claerhout, Jakob De Roover, Timothy Fitzgerald, Richard King, David N. Lorenzen, Geoffrey A. Oddie, Laurie L. Patton, Sharada Sugirtharajah, and John Zavos.