Plants – Rose – Climber
Plant Patent
1999-09-21
2002-04-02
Campell, Bruce R. (Department: 1661)
Plants
Rose
Climber
Plant Patent
active
PP012504
ABSTRACT:
BACKGROUND
This invention relates to a new and distinct cultivar of Calibrachoa plant, hereinafter referred to by the name ‘Colorburst Cherry’. ‘Colorburst Cherry’ is a hybrid. In 1995, the inventors Masao Bessho, Seiji Nakamura, and Hitoshi Kojima crossed a variety obtained from a commercial market in South America with a patented hybrid at a commercial nursery in Kakegawa, Japan. The second generation progeny of this cross were found to have desirable characteristics, and the present invention was selected from this generation. The plant has been asexually reproduced through a number of generations since that time and its distinguishing characteristics have remain firmly fixed.
The Calibrachoa genus is a relatively new designation for a number of species that were formerly considered part of the Petunia genus.
The Petunia genus was originally established in 1803 by A. L. Jussieu, who described both
P. parviflora
Juss. and
P. nyctaginiflora
Juss. as type species. Using a non-horticultural system that selected the first mentioned species as the type species (lectotype), N. L. Britton and H. A. Brown declared
P. parviflora
Juss. as the type species for Petunia in 1913.
During the 1980's and 1990, H. J. Wijsman published a series of articles regarding the ancestry of
P. hybrida
(Hook.) Vilm., the Garden Petunia, and the inter-relationship of several species classified as Petunia. These studies discovered that
P. hybrida
(Hook.) Vilm. and its ancestral species,
P. nyctaginiflora
Juss. (=
P. axillaris
(Lam.) B.S.P.) and
P. violacea
Lindley (=
P. integrifolia
(Hook.) Schinz & Thellung.), possessed 14 pairs of chromosomes while several other species, including
P. parviflora
Juss., possessed 18 pairs of chromosomes. Since
P. parviflora
Juss. was the lectotype species for the Petunia genus, Wijsman and J. H. de Jong proposed transferring the 14 chromosome species to the genus Stimoryne. Horticulturists opposed reclassifying the Garden Petunia and in 1986, Wijsman proposed the alternative of making
P. nyctaginiflora
Juss. the lectotype species for Petunia and transferring the 18 chromosome species to another genus. The I. N. G. Committee adopted this proposal. By 1990 Wijsman had transferred several species, including
P. parviflora
Juss. (=
C. parviflora
) to Calibrachoa, originally established by Llave and Lexarza in 1825.
Calibrachoa parviflora
(=
C. mexicana
la Llave & Lexarza) is now the type species for the genus Calibrachoa.
Classification of the current Petunia and Calibrachoa species is still in progress. New species are also being identified. At present, Calibrachoa can be distinguished from Petunia based on the higher chromosome number, chromosome morphology, plant branching habit and type of flower bud aestivation.
To summarize a few of the more easily identified distinguishing characteristics: whereas Petunia species have 2n=14 chromosomes, Calibrachoa species have 2n=18 chromosomes. Whereas Petunia species bear a flower peduncle and one new stem from a node, Calibrachoa bear a flower peduncle and up to three stems. Finally, Petunia species have a cochlear corolla bud. A single outermost petal covers the other four petals which are radially folded and terminally contorted. Calibrachoa flower buds are flat with all five petals linearly folded. The two lower petals are fused together and form a cover around the three other petals.
Further information on the transfer of certain species of Petunia to Calibrachoa can found in the following articles which are incorporated by reference herein. H. J. Wijsman,
On the Interrelationships of Certain Species of Petunia VI New names for the species of Calibrachoa formerly included into Petunia
(
Solanaceae
), Acta. Bot. Neerl. 39(1), 101-102 (March, 1990). H. J. Wijsman and J. H. de Jong,
On the Interrelationships of Certain Species of Petunia IV Hybridization between P. Linearis and P. Calycina and Nomenclatorial Consequences in the Petunia Group,
Acta. Bot. Neerl. 34, 337-349 (August, 1985). H. J. Wijsman, J. H. de Jong and T. M. Pedersen,
On the Interrelationships of Certain Species of Petunia III The Position of P. Linearis and P. Calycina,
Acta. Bot. Neerl. 32(4), 323-332, (August, 1983). Toshio ANDO, Yoshiro UEDA, and Goro HASHIMOTO,
Historical Survey and Present Status of Systematics in the Genus Petunia Jussieu
(
Solanaceae
), Technical Bulletin of Faculty of Horticulture, Chiba University, No. 45 (1992).
The new variety's female parent is a member of the Calibrachoa genus. No species determination of the female parent has been made. The female or seed parent is known to the inventors by its breeder code—C-13D. Parent C-13D was found in a commercial market in South America. It is characterized by reddish orange funnel-shaped flowers and an slightly mounding, erect growth habit.
The male plant crossed with C-13D was patented in the United States on May 6, 1997, by the same inventors. Its U.S. patent number is U.S. Plant Pat. No. 9,884. The inventors have named it ‘Liricashower Rose’. Like the seed starter, its botanical classification has not been carried to the species level. In U.S. Plant Pat. No. 9,884, the genus for ‘Liricashower Rose’ was identified as Petunia. Since that time, as discussed above, the inventors have learned that the genus Petunia has been split by the I.N.G., and this particular variety, because of its chromosome number and bud aestivation is more accurately characterized as a member of the Calibrachoa genus. ‘Liricashower Rose’ is itself a hybrid plant, the result of a cross between plants obtained from commercial markets in South America.
The distinguishing characteristics of the ‘Liricashower Rose’ include bright funnel-shaped flowers, a decumbent growth habit and a large profusion of blooms. With regard to the color of the flowers, specifically, the throat and limbs of the petals are purple-rose (R.H.S. 74A at maturity) and the tube is white on its lower portion changing to light green-yellow tones on its upper portion.
The initial cross-pollination of the C-13D and ‘Liricashower Rose’, resulting in first generation seed, was made in June of 1995. This first generation seed was sown and yielded 20 plants. From these 20 plants, three plants were selected and intercrossed in a diallel pattern to produce second generation seed. In February of 1996, the second generation seed was sown and yielded 50 plants. From these 50 plants, seven plants were selected for their appealing flower color and decumbent growth habit. In February of 1997, the seven selected plant lines were vegetatively propagated and tested for ease of reproducibility and stability of traits. The present variety was selected from the seven for its vigorous growth, decumbent habit and burgundy red flower color.
In December of 1997, cuttings of ‘Colorburst Cherry’ were sent to a commercial nursery in Salinas, Calif. During the spring and summer of 1998, plants were grown under the direction and supervision of the inventors for evaluation of stability of the line's desired traits. Plants were grown in hanging pots at the commercial nursery in Salinas, Calif., and in cultivated fields at the commercial nursery in Kakegawa, Japan. Vegetative propagation in Japan was done in Kakegawa, Japan. The terminal 1.0 to 1.5 inches of an actively growing stem is excised. The basal half is stripped of leaves and dipped in a 1:19 dilution of Dip-N-Gro rooting solution (solution:water). The dipped potion of the stem is then inserted into moist peat-based soilless plant growing media. Soil trays with 1.0 inch diameter by 1.5 inch deep cells are used. The cuttings are kept in a warm greenhouse under a clear plastic tent with occasional misting from and automatic system. After about four weeks the cuttings have grown roots, bound together the soil as a root ball and can be transplanted to pots. Two generations of successive propagation (December 1997 and December 1998) were performed between the final selection and collecting data for the application. Vegetative propagation
Bessho Masao
Ohga Toshimi
Campell Bruce R.
Cypher Charles R.
Cypher James R.
Para Annette H.
Sakata Seed Corporation
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