USPP3775P - Aralia plant - Google Patents

Aralia plant Download PDF


Publication number
USPP3775P US PP3775 P USPP3775 P US PP3775P
Grant status
Patent type
Prior art keywords
Prior art date
Application number
Joseph W. Hoak
Filing date
Publication date
Grant date




Aug. 26, 1975 w, HQAK Plant Pat. 3,775

ARALIA PLANT Filed April 8, 1974 United States Patent Plant Pat. 3,775

Patented Aug. 26, 1975 3,775 ARALIA PLANT Joseph W. Hoak, 17040 SW. 90th Ave., Miami, Fla. 33157 Filed Apr. 8, 1974, Ser. No. 459,110 Int. Cl. A01h 5/00 US. Cl. Plt.-88 1 Claim This invention relates to a new and distinct variety of Aralia plant and is a result of a sport in the production of Polyscias (Aralia) balfouriana minifolia in Hoaks Nursery in Miami, Fla. The origin of the descriptive word minifolia in the recognized variety Polyscias balfouriana is unknown to the applicant, other than to say that it has been in general use by nurserymen in the South Florida area to describe an Aralia plant having smaller leaves than those of the balfouriana variety. I have named my new variety Aralia Palapala. This new variety has been asexually reproduced and propagated by cuttings for a period of over five years since the first mutation was discovered, with no reversal to the original variety, Polyscias balfouriana minifolia. This sport came about as a variant of a green Polyscias balfouriana minifolia that was growing in a shade house on the south end of Hoaks greenhouse and nursery in Miami, Fla When transplanted to the outside at the back of the greenhouse it was cut back. One year later one branch came back as a sport. After propagating this sport for about 5 years, cuttings were placed in a back slat house in cutting boxes. When of potting size, these were transplanted to inch pots and moved to Hoaks Silver Palm Nursery, Goulds, Fla. where they are at this time.

My new variety differs from the parent Polyscias (Aralia) balfouriana minifolia in that the leaves, instead of being substantially forest green in coloration as in the industry standard, display distinctive partial yellowish coloration. The color characteristics of my new variety, according to Exotica Horticultural Color Guide, A.B. Graph Exotica III, Roehrs Co., publisher, 1970 edition, page 37 are as shown in the following table:

Plate Letter No.

Yellowish portions of leaf. 1 P 1 Green portions of leaf" 77 B 7 Back of leaf 76 D 6 Petiole 4.2 B 7 Stem 8 P 1 The distinctive yellowish coloration at marginal edge portions of the leaves extends inwardly to various irregular patches of such average size that in the mature plant most of the leaves will display from about 25 to of yellowish coloration. My new plant carries from 3 to 5 leaves on each stem, which leaves measure about 1% inches both in length and in width, on the average. An important feature of my new variety resides in the irregularity of the marginal edges of the leaves as distinguished from the comparatively smooth-edged leaves of its parent, Polyscias balfouriana minifolia.

My new variety thrives as an ornamental shrub or bush and its distinctive leaf coloration and formation make it a most attractive plant. As noted above, the particular distinguishing characteristics of my new variety as compared with the industry standard Aralia balfouriana minifolia reside firstly, in the variegated yellow coloration of the leaves, and secondly, the distinctive irregular marginal edges of the leaves.

Having thus described my invention I claim:

1. A new distinct variety of Polyscias balfouriana minifolia substantially as herein shown and described, characterized particularly as to novelty by having basically forest green leaves displaying light to dark yellow coloration beginning at marginal outer edge portions thereof and extending inwardly in irregularly formed patches constituting between approximately 25 to 50% of leaf area, and further being distinguished by having distinctive irregular marginal edges of the leaves as compared with the relatively smooth edges of the parent plant.

References Cited Exotica III, Graph, 1963, Roehrs Co., Rutherford, N.J., pp. 251 and 1696 relied on.

ROBERT E. BAGWILL, Primary Examiner




Similar Documents

Publication Publication Date Title
Russell Pre-blight distribution of Castanea dentata (Marsh.) Borkh
US4724276A (en) Process for altering poinsettia growth characteristics
Tobutt Breeding columnar apples at East Malling
Larson Introduction to floriculture
Peterson Linkage of fruit shape and color genes in Capsicum
Lees Release of white spruce from aspen competition in Alberta's spruce-aspen forest
Campbell et al. Carambola production in Florida
Morris et al. Consistency of bud bursting in Douglas-fir
Maynard et al. Stockplant etiolation and blanching of woody plants prior to cutting propagation
Fanshawe The Dum Palm—Hyphaene thebaica (Del.) Mart
Jovicich et al. Plant density and shoot pruning on yield and quality of a summer greenhouse sweet pepper crop in Northcentral Florida
Millar Orchids of Papua New Guinea: An Introduction
Larson Pruning northern red oak nursery seedlings: effects on root regeneration and early growth
Alaback et al. Response of western hemlock (Tsuga heterophylla) and early huckleberry (Vaccinium ovalifolium) seedlings to forest windthrow
Ferree et al. Root pruning and root restriction of fruit trees-current review
Maynard et al. Stock plant etiolation, shading, and banding effects on cutting propagation of Carpinus betulus
Thompson et al. Relationship of sweetpotato yield and quality to amount of irrigation
USPP7750P (en) Olive plant Tizam
USPP7130P (en) Impatiens plant `Dapper Dan`
USPP4149P (en) Oak tree
Bensaude Diseases of economic plants in the Azores
USPP10847P (en) PaulowniaĂ—Elongata tree named `Carolonia`
Atkinson Mushrooms, edible, poisonous, etc
USPP9476P (en) Bromeliad plant named `GUZ 214`
Wormer et al. Calculating the weight of young coffee trees from non-destructive observations