Perseus · Tufts
Perseus Tools and Information
Collections: Classics · Papyri · Renaissance · London · California · Upper Midwest · Chesapeake · Boyle · Tufts History
Configure display · Help · Tools · Copyright · FAQ · Publications · Collaborations · Support Perseus
Perseus Lookup ToolNew/refine searchLookup Tool help
Searched all Perseus collections for "sparta" 150 results in 9 collections
Included alternate terms: Lacedaemon Sparti Spartus
Results summary (items)
Perseus Tools and Information (44)
Greek and Roman Materials (82)
American Memory: Upper Midwest (8)
Beazley Archive (9)
Library of Congress Open Archive Initiative... (1)
NCSTRL Historical Collection (1)
OCLC Online Computer Library Center Theses... (3)
The University of Michigan. University Library.... (1)
Virginia Tech Electronic Thesis and Dissertation... (1)

44 from Perseus Tools and Information

  1. Sparta, Sparta, Randolph County, Illinois: Illinois, United States [Atlas site] (38.86)

  2. Sparta, Sparta, Mo.: Missouri, United States [Atlas site] (38.86)

  3. Old Sparta, Sparta, Ala.: Alabama, United States [Atlas site] (31.96)

    Expand More

82 from Greek and Roman Materials

  1. Sparta, Sparta, House of Bronze: Two retaining walls of Athena shrine [Image] (21.33)

  2. Sparta [Reference article in Perseus Site Catalog] (20.44)

  3. The Dangerous Situation of Sparta [Section in Thomas R. Martin, An Overview of Classical Greek History from Mycenae to Alexander] (18.37)

    Expand More

8 from American Memory: Upper Midwest

  1. SPARTA CENTRE. [Section in Michigan state gazetteer and business directory for 1863/1864, embracing historical and descriptive sketches of all the cities, towns and villages throughout the state] (14.70)

  2. SPARTA. [Section in Michigan state gazetteer and business directory for 1863/1864, embracing historical and descriptive sketches of all the cities, towns and villages throughout the state] (12.09)

  3. SPARTA, WISCONSIN. [Section in A summer holiday; a brief description of some of the more popular summer resorts in Wisconsin, Michigan and Minnesota, and the routes by which they can be reached] (12.09)

    Expand More

9 from Beazley Archive

  1. Cambridge, Fitzwilliam Museum, GR640.1923: FRAGMENT; FEET [Beazley Archive Vase] (13.14)

  2. Cambridge, Museum of Classical Archaeology, SP211: AMPHORA FRAGMENT; HORSE HEAD AMPHORAE; HORSE HEAD [Beazley Archive Vase] (10.81)

  3. Berlin, Private (Schiller): LEKYTHOS FRAGMENT; PHIALE PAINTER; WOMAN [Beazley Archive Vase] (10.22)

    Expand More

1 from Library of Congress Open Archive Initiative Repository 1

  1. ... ; ... : TR's return from Africa, 1910 [2] /: , TR returns from his African hunting trip through the countries of Sudan, France, Denmark, Norway, Germany, Great Britain, and finally his reception in New York City. There are views of: 1) his riverboat on the Nile River in Sudan; 2) TR's visit in Paris with French Ambassador Jules Jusserand, Gen. Jean B. Dalstein, American Ambassador Robert Bacon, and Mrs. Bacon; his trip to Issy-les-Moulineaux; TR reviewing French troops with Jusserand, Bacon, and Dalstein at Vincennes on Apr. 27, 1910; and TR leaving the University of Paris (Sorbonne) on Apr. 23, 1910; 3) TR with Prince Christian and others in Denmark May 2-3, 1910; 4) TR and King Haakon in Christiania (now Oslo) on May 4-6, 1910; 5) views of Berlin including the Brandenburg Gate and the Reichstag; TR, Kaiser Wilhelm, the Kaiserin, and others leaving the University of Berlin on May 12, 1910; 6) the funeral cortege at Windsor on May 20, 1910; identified in the processional, left to right, walking in rows are: Kaiser Wilhelm of Germany, King George V of England, and the Duke of Connaught; the Duke of Cornwall (later King Edward VIII) and Prince Albert (later King George VI); two rows of the King's aides; King Alfonso XII of Spain, King George I of Greece, and King Haakon VII of Norway; King Manuel II of Portugal, King Frederik VIII of Denmark, and King Ferdinand I of Bulgaria; Archduke Franz Ferdinand of Austria, King Albert I of Belgium, and Prince Yusuf Izzedin of Turkey; the Duke of Aosta, Grand Duke Michael Alexandrovitch of Russia, and Prince Sadanaru Fushimi of Japan; the Crown Prince of Rumania (later King Carol II), the Duke of Sparta (later King Constantine I of Greece), and probably Prince Rupprecht of Bavaria; Crown Prince of Serbia (later Peter I), Duke Albrecht of Wurtemberg, and Prince Henry of the Netherlands; the Grand Duke of Mecklenburg-Strelitz, the Grand Duke of Hesse, and Prince Henry of Prussia; Crown Prince George of Saxony, the Duke of Saxe-Coburg, and Prince Charles (later King Gustav VI) of Sweden; probably the Prince of Waldeck, probably Prince Tsai-tao of China, and Prince Mohammed Ali of Egypt; Prince Christian of Schleswig-Holstein, Prince Arthur of Connaught, and Prince Albert of Schleswig-Holstein; Prince Alexander of Battenburg; Prince George of Cumberland, and the Duke of Fife; TR is visible at the end of the procession; 7) TR's arrival in New York City, his greeting by Mayor William J. Gaynor, Cornelius Vanderbilt, Henry Cabot Lodge, and William Loeb, his speech at the Battery, and the parade in his honor. ... [Image] [View with Perseus links] (1.33)

1 from NCSTRL Historical Collection

  1. Wisniewski, Robert W., Brown, Christopher M.; Adaptive Scheduling Mechanisms for SPARTAs: Scheduling involves deciding when to run a given task, how much time to allocate to it, and in a multiprocessing enironment where to run it. In this paper we focus on scheduling mechanisms for Soft PArallel Real-Time Applications (SPARTAs). The key element in the mechanisms we propose is their ability to adapt to a changing set of constraints allowing the application to adapt to a dynamic environment. These mechanisms take advantage of the fact that the real world can be modeled via continuous functions and that the derivative of a task's execution time is small. We present three mechanisms, one intended to provide guarantees similar to worst case scheduling, and two others designed to provided nearer to average case performance with analyzable deadline miss rates. We analyze the proposed scheduling policies and provide experimental results comparing their performance. [Text] (4.05)

3 from OCLC Online Computer Library Center Theses and Dissertations Repository

  1. Zeilhofer, Gerhard,--1933-; Sparta, Delphoi und die Amphiktyonen im 5. Jahrhundert von Christus /--vorgelegt von Gerhard Zeilhofer.: Thesis--Erlangen., Vita., Bibliography: p. 7. [Text] (6.88)

  2. Ramsay, William,--1876-; Diplomacy and propaganda of the Peloponnesian War /--by William Ramsay.: Thesis--University of Chicago., Includes bibliographical references. [Text] (5.66)

  3. Finley, William Robert, 1947-; Subsurface geology: Sparta interval,--Evangeline and St. Landry Parishes, Louisiana /--William Robert Finley.: Typewritten., Vita., Thesis (M.S.)--University of Southwestern Louisiana., Bibliography: leaves 53-54. [Text] (0.64)

1 from The University of Michigan. University Library. Digital Library Production Service.

  1. Cowley, Mrs. (Hannah), 1743-1809.; The Fate of Sparta ; or, The Rival Kings. Cowley.: Preliminaries omitted., Transcribed from : The Fate of Sparta ; or, The Rival Kings. A Tragedy. As it is Acted at The Theatre-Royal, in Drury-Lane. By Mrs. [Hannah] Cowley. London : Printed for G. G. J. and J. Robinson [etc.], 1788., Available for non-commercial, internal use by students, staff, and faculty for academic and research purposes only., English verse drama database. Cambridge, England : Chadwyck-Healey Ltd., 1994. [Text] [View with Perseus links] (5.20)

1 from Virginia Tech Electronic Thesis and Dissertation Collection

  1. Merchant, Amethyst G.; The Light and Water Stress Tolerance of Two Invasive Legumes: <I>Cytisus scoparius</I> (Scotch broom) and <I>Spartium junceum</I> (Spanish broom): Erik T. Nilsen, Robert H. Jones, Duncan M. Porter; (in English) <p> The ability of Cytisus scoparius L. and Spartium junceum L. to acclimate to different levels of light and water stress was studied to understand ecological constraints on distributions of these plants. A reaction norm experimental design was used to determine growth and physiological responses of each to imposed conditions. <p> Light treatments were stressful for both species. Increases in shade led to decreases in relative growth rates (RGR); however, light was more of a limiting factor for S. junceum because of the greater decrease in its growth rate at lowest light intensities. As light decreased, stem allocation increased in S. junceum. More differences in allocation to leaves and roots among light treatments were found in C. scoparius. Correspondingly, the greatest changes in photosynthetic characters were found in S. junceum stems and C. scoparius leaves. Differences in physiological traits did not prove to be acclimation to low light levels because quantum yield decreased when light decreased. Neither species exhibited rapid growth rates, normal allocation patterns, or proper adjustments of photosynthetic characters under light conditions below 50% full intensity. <p> Water treatments did not cause any critical changes in growth or physiology of either species. Neither species' RGR was greatly decreased. Water availability is more of a determining factor of growth for C. scoparius because of its continued, small decline in RGR as watering frequency decreased. Spartium junceum appeared to be better adapted to the imposed water treatments with its smaller number of leaves, leaf surface area, percentage leaf weight, specific leaf area, and leaf area / stem area ratio. Spartium junceum also displayed larger root / shoot ratios in drier conditions. The magnitude of these shifts was typically greater in C. scoparius, but the RGR of this species decreased more than that of S. junceum under drier conditions. More stress was imposed on C. scoparius because its lowest water potential measurements were 40% lower than those of S. junceum and below the water potential value at turgor loss point during midday hours. When water potential decreased, Spartium junceum showed signs of acclimation because stem photosynthesis increased and leaf photosynthesis decreased while C. scoparius did not adjust its rates of photosynthesis. Water treatments did not impose enough stress to cause osmotic adjustments. Performance under these light and water treatments explained the habitat preference of each to areas where these species have become invaders along the Pacific Coast of the Unites States. [Text] [View with Perseus links] (7.23)

To search in individual texts, see instructions. texts to search


include external sites [Go to help]
Group results by [What's this?]