Fragrant Sweet Box
Fragrant Sweet Box
Sarcococca ruscifoliaItem #7051 USDA Hardiness Zone: 7 - 9
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Beautiful shrub for shady areas! White flowers are small, but very fragrant. Followed by bright red fruit. Forms natural espalier against wall. An outstanding choice for dry shade gardens where other plants won't grow! Evergreen.
- DetailBotanical Pronunciation:sar-ko-KOHK-a rus-si-FOH-li-aPlant type:ShrubDeciduous/evergreen:EvergreenGrowth rate:SlowAverage landscape size:Slow grower to 3 to 5 ft. tall and wide.Foliage color:GreenBlooms:Early springFlower color:WhiteFlower attributesFragrantDesign IdeasFragrance makes this an important shrub around windows, doors and outdoor living areas. Evergreen foliage is also ideal for covering up footings, vents, utilities and other unsightly spots around foundation planting. Deep green foliage is an exceptional background for artistic elements or intensely colored perennials. A great choice for shaded areas between buildings or where influence of large old shade or street trees limit plant choices to shade tolerant species.Companion PlantsGroup this dark fragrant shrub with brigher shade garden dwellers such as Buttons 'N Bows Hydrangea, (Hydrangea macrophylla 'Monrey'), Cherry Berry Plantain Lily, (Hosta x 'Cherry Berry'), Stoplight Foamy Bells, (x Heucherella 'Spotlight') and Golden Japanese Forest Grass, (Hakonechloa macra 'Aureola').
- CareCare InformationFollow a regular watering schedule during the first growing season to establish a deep, extensive root system. Feed with a general purpose fertilizer before new growth begins in spring. For a tidy, neat appearance, shear annually to shape.Pruning time: spring after flowering.Light Needs:Full shadeWatering Needs:Once established, needs only occasional supplemental watering.
- History & LoreHistory:This species is native to the Himalayas of China, grouped into the boxwood family. It was introduced by Hooker rather late after he returned from a collecting trip in 1901.Lore:The fact that this species is polyembryonic, with up to seven embryos in one seed. It was first thought to be the result of atomic bomb radiation, but was proved later that the anomaly began before 1923 and therefore was a natural mutation.