Most popular articles
Everything About Peaches. Clemson University Cooperative Extension Service Everything About Peaches Website: whether you are a professional or backyard peach...
Mission Statement. For the sake of mankind and the world as a whole a further increase of the sustainability...
Newsletter 9: July 2013 - Temperate Fruits in the Tropics and Subtropics. Download your copy of the Working Group Temperate...
USA Walnut varieties. The Walnut Germplasm Collection of the University of California, Davis (USA). A description of the Collection and a History...
China Walnut varieties.

Articles

New classification system for flower- and petal-shapes of rose cultivars appropriate for field-work

Article number
1368_39
Pages
305 – 314
Language
English
Abstract
In the case of cultivated rose (Rosa sp.), the current classification standards based on flower shapes are not suitable for efficient cultivar identification at field-works, because they are too analytical (UPOV) or oversimplified (WFRS). Seeing the shortcoming, a new, practice-oriented, classification system has been developed for flower shapes, using 1100 rose cultivars of the Budatétény Rose Garden (Budapest, Hungary). The new system separates general flower shapes from petal shapes and flower architectures, and takes into account that the rose flower cultivars can take numerous transient shapes.
A suitable classification system must meet even the following criteria: The classes of the system should be recognizable and distinguishable under field-working conditions, however the number of the classes should be enough for the acceptable variety definition.
By recording more than 8,000 flowers, our system distinguishes 35 flower shapes, which can be classified into 7 main groups, and in addition the system defines 14 other characteristic flower features (petal shapes and flower architectures) independent of the flower forms.
The flower shapes are as follows: single (2 classes), convex (1 class), bowl shapes (6 classes), cup shapes (6 classes), biconcave shapes (8 classes), drop shapes (6 classes), closed shapes (6 classes). The petal shapes are: antennae shaped; emarginated; folded; irregular; pointed; rolled; serrated; upturned; wavy, while the flower architectures are: button-eye forming; collar forming; rosette forming; scaled; vegetative center.

Publication
Authors
G. Boronkay, D. Farkas, S. Kisvarga, A. Neményi, L. Orlóci
Keywords
garden rose, classification, plant-typification, petal, flower
Full text
Online Articles (52)
C.X. Chen | Y.H. Jiang | X.M. Sun | X.F. Zhou | Y.J. Xu | C. Ma | N. Ma | B. Hong | J.P. Gao
L. Van de Vondel | A. Vermeulen | A. Christiaens | M.-C. Van Labeke | P. Ragaert | F. Devlieghere
F.G. Çelikel | E.J. Woltering | L.J.S. Lukasse
A. Christiaens | L. Blindeman | L. Van de Vondel | P. Ragaert | F. Devlieghere | B. Gobin | M.-C. Van Labeke
D.C. Lopez Arias | S. Paillard | L. Hibrand-Saint Oyant | T. Debener | M. Linde | A. Rolland | F. Simoneau | F. Foucher | V. Soufflet-Freslon
H. Morimoto | S. Harada | H. Saito | S. Syukuya | M. Fuji | S. Yamamoto | T. Handa
L. Mainla | P. Peterson | M. Maante-Kuljus | K. Karp | P. Põldma | U. Moor
A.L. Rihn | B.K. Behe | C.R. Hall | P.T. Huddleston
S. Philocles | A.P. Torres | A.J. Patton | E. Watkins
B. Trevenzoli Favero | Y. Lin | N. Shadmani | H.B. Hansen | N. Kodahl | R. Müller | J. He | X. Chen | H. Lütken
D.E. Gómez-Pedraza | B. Morales-Vazquez | J.M. Mejía-Muñoz | M.T. Martínez-Damian | M.T. Colinas-León | M.J. Juárez-Hernández
I. Borra-Serrano | A. Kemeltaeva | K. Van Laere | P. Lootens | L. Leus
G.M. Xing | H.H. Zhang | Y.Q. Zhang | J.J. Lu | T.Y. Wu | Z.Z. Tian | L.W. Qu
B. Morales-Vazquez | M.T. Colinas-León | J.M. Mejía-Muñoz | J. Martínez | M.T. Martínez-Damian | D.E. Gómez-Pedraza | M.J. Juárez-Hernández
R.G. Brumfield | M. Flahive Di Nardo | A.J. Both | J. Heckman | A. Rowe | R. VanVranken | M. Bravo
N.N. Zhou | J. Jeauffre | T. Thouroude | J. Chameau | F. Simoneau | L. Hibrand-Saint Oyant | F. Foucher
C. Pawula | O. Lepais | E. Guichoux | A. Chastellier | E. Chancerel | V. Malécot | A. Grapin | J. Clotault | A. Pernet
C. Conart | N. Saclier | F. Foucher | C. Goubert | A. Rius-Bony | S.N. Paramita | S. Moja | T. Thouroude | C. Douady | P. Sun | B. Nairaud | D. Saint-Marcoux | M. Bahut | J. Jeauffre | L. Hibrand-Saint Oyant | R.C. Schuurink | J.-L. Magnard | B. Boachon | N. Dudareva | S. Baudino | J.-C. Caissard
N.E.D.G. Anghelescu | H. Kertész | L. Balogh | N. Kigyossy | M. Balogh | M.I. Georgescu | S.A. Petra | F. Toma
S. Plaschil | S. Abel | B. Kollatz | H. Budahn
N.E.D.G. Anghelescu | H. Kertész | L. Balogh | M. Balogh | N. Kigyossy | M.I. Georgescu | S.A. Petra | F. Toma
P. Prévost | K. Orvis | M. Delaire | C. Haynes | G.L. Thompson | C.T. Miller | V. Malécot | S. Huet | L. Benoit | M. El Amrani | R. Kahane | L. Dondini