129 resultados para bass
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With realization of figured bass for keyboard instrument.
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For a detailed list of contents cf. Heyer. Historical sets, collected editions, and monuments of music.
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[v. 1] 1st tenor.--[v. 2] 2d tenor.--[v. 3] 1st bass.--[v. 4] 2d bass.--[v. 5] Piano.
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Pref. in Italian, French and English.
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For voice and continuo (unfigured bass)
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Caption title.
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Songs for 1-2 voices and continuo (figured bass)
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For voice and continuo (unfigured bass)
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For 1-2 voices and continuo (figured bass).
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For voice and continuo (figured bass).
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Suite for 2 pianos, 2 violins, viola, violoncello, double bass, flute (& piccolo) clarinet, glockenspiel & xylophone.
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Mode of access: Internet.
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Publisher's no.: Edition Peters Nr. 1849.
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Also published in the composer's Album 1841.
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The objective of this study was to determine the effects, if any, of sublethal concentrations of suspended materials on the fish in estuarine systems. Experimental sediment suspensions reproduced the concentrations frequently found during flooding and at dredging sites and dredged-material disposal sites. The suspensions were of natural sediment, obtained from the Patuxent River estuary, Maryland, or commercially available Fuller's earth. Fish were collected in the Patuxent River estuary and transported to the laboratory. The selected fish species inhabited ecologically different sections of the estuary; therefore, the overall reactions of each species were unique. Seven species of estuarine fish were exposed to Fuller's earth and natural sediment suspensions for timed periods and hematological changes were noted. The effects of various concentrations of Fuller's earth suspensions on white perch gill tissue were determined. Oxygen consumption rates of striped bass, white perch, and toadfish were measured in filtered Patuxent River water and compared to consumption rates in filtered river water suspensions of Fuller's earth or Patuxent River sediment. Fish showed signs of stress in response to suspended sediments in most of the experiments. Results indicate that sublethal concentrations of suspended solids can affect estuarine fish.