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Jealousy (1942 Film)
''Jealousy'' (Italian: ''Gelosia'') is a 1942 Italian drama film directed by Ferdinando Maria Poggioli and starring Luisa Ferida, Roldano Lupi and Ruggero Ruggeri.Reich, Jacqueline & Garofalo, Piero. ''Re-viewing Fascism: Italian Cinema, 1922-1943''. Indiana University Press, 2002. p.100. The film was shot at the Cinecittà Studios in Rome with sets designed by the art director Gastone Simonetti. It belongs to the movies of the calligrafismo style. It is based on the 1901 novel ''Il Marchese di Roccaverdina'' by Luigi Capuana, which was later made into a 1953 film ''Jealousy''. Cast * Luisa Ferida as Agrippina Solmo * Roldano Lupi as Il marchese Antonio di Roccaverdina * Ruggero Ruggeri as Il parocco don Silvio * Elena Zareschi as Zosima Munoz * Elvira Betrone as Carmelina Munoz, sua madre * Wanda Capodaglio as La baronessa Santina di Lagomorto * Franco Coop as L'avvocato don Aquilante Guzardi * Bella Starace Sainati as Mamma Grazia * Angelo Dessy as Neli Casaccio * ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |
Ferdinando Maria Poggioli
Ferdinando Maria Poggioli (15 December 1897 – 2 February 1945) was an Italian screenwriter, film editor and director. He directed fifteen films including the 1940 melodrama '' Goodbye Youth''.Gundle p.56 He had previously worked as assistant director on a number of films during the 1930s. He committed suicide in 1945. Selected filmography Director * ''Bayonet'' (1936) * ''Wealth Without a Future'' (1939) * '' Goodbye Youth'' (1940) * ''Jealousy'' (1942) * '' Yes, Madam'' (1942) * ''The Taming of the Shrew'' (1942) * ''The Materassi Sisters'' (1944) * ''The Priest's Hat'' (1944) Editor * ''The Blue Fleet'' (1932) * ''The Joker King'' (1935) * ''King of Diamonds'' (1936) * ''Tomb of the Angels'' (1937) * ''Princess Tarakanova'' (1938) * '' Tonight at Eleven'' (1938) * ''Diamonds Diamond is a solid form of the element carbon with its atoms arranged in a crystal structure called diamond cubic. Another solid form of carbon known as graphite is the chemically stable form ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu] |