Search 
 Search Images 
 About 
   
KeywordBrowseCombinedHighlightsSearch HistoryAll Catalogs
Search:    Refine Search  
> You are only searching: Art Inventories
More Smithsonian Searches
 
 Who else has...
 
  •  
  • Clark, Alson Skinner,
     
  •  
  • Landscape -- Desert
     
  •  
  • Landscape -- Mountain
     
  •  
  • Landscape -- Plant
     
  •  
  • Painting
     
     
    Desert Rose, No. 2, (painting).
    Artist: 
    Clark, Alson Skinner, 1876-1949, painter.
    Title: 
    Desert Rose, No. 2, (painting).
    Other Titles: 
    Flamingo Bush, (painting).
    Dates: 
    ca. late 1920s.
    Medium: 
    Oil on canvas.
    Dimensions: 
    30 x 32 in.
    Subject: 
    Landscape -- Desert
    Landscape -- Mountain
    Landscape -- Plant -- Flamingo Bush
    Object Type: 
    Painting
    Owner: 
    Jonathan Art Foundation, 545 South Figueroa Street, Los Angeles, California 90071
    References: 
    "Art at the Jonathan Club," Los Angeles, CA: Jonathan Art Foundation, 2010, pg. 56.
    Illustration: 
    "Art at the Jonathan Club," Los Angeles, CA: Jonathan Art Foundation, 2010, pg. 57.
    Note: 
    The information provided about this artwork was compiled as part of the Smithsonian American Art Museum's Inventories of American Painting and Sculpture database, designed to provide descriptive and location information on artworks by American artists in public and private collections worldwide.
    Repository: 
    Inventories of American Painting and Sculpture, Smithsonian American Art Museum, P.O. Box 37012, MRC 970, Washington, D.C. 20013-7012
    Control Number: 
    IAP 68800026
    Add to my list 
    Copy/Holding information
    Smithsonian AmericanArt MuseumControl Number 
    Inventory of American Paintings68800026Add Copy to MyList

    Format:HTMLPlain textDelimited
    Subject: 
    Email to:


    Horizon Information Portal 3.25_9382
     Powered by SirsiDynix
    About | © 2020 Smithsonian | Terms of Use | Privacy | Contact
    SIRIS - Smithsonian Institution Research Information System