Become a member

Articles

GENETICALLY ENHANCED POSTPRODUCTION QUALITY IN REGAL PELARGONIUM

Article number
669_16
Pages
135 – 142
Language
English
Abstract
Ethylene-induced petal abscission is a significant problem during commercial shipping and handling of Regal pelargonium (Pelargonium x domesticum). A genotype of Regal pelargonium was found which has exceptional production and postharvest characteristics.
Individual floret longevity in this plant is about twice that of current commercial genotypes.
Two progeny also displayed superior floral longevity.
Although the three genotypes still respond to exogenous ethylene, they have significantly reduced rates of ethylene production and reduced ethylene responsiveness in comparison with the other genotypes evaluated.
The newly bred genotypes exhibited dramatically prolonged whole plant longevity, and displayed more than twice the number of florets, compared with other evaluated genotypes.
Floret longevity was strongly correlated with ethylene sensitivity (r2=0.93), but not with ethylene production.
Therefore, reduced ethylene responsiveness is the most important determinant of enhanced postproduction performance in these superior genotypes.

Publication
VIII International Symposium on Postharvest Physiology of Ornamental Plants
Authors
H.-J. Kim, R. Craig, K.M. Brown
Keywords
abscission, postharvest, ethylene responsiveness, ethylene production, Pelargonium x domesticum
Full text
https://doi.org/10.17660/ActaHortic.2005.669.16
Online Articles (55)
T.A. Nell | R.T. Leonard
M.S. Reid
L. Hendriks | S. Spinarova | M. Bormann
J. Balas | G. Wirth | M.P. Hettiarachchi
J. Chen | Q. Wang | R.J. Henny | D.B. McConnell
J. Harbinson | U. van Meeteren | R. van Rensen
S. Spinarova | L. Hendriks
M.M. Jowkar | D. Hayati
J.A.L. van Kan
S. Meir | S. Droby | B. Kochanek | S. Salim | S. Philosoph-Hadas
T.A. Vrind
M.S. Reid
U. Matsushima | Y. Kawabata | C.-M. Sim | K.-Y. Nam | T. Nishizawa
K. Ichimura | K. Kohata | K. Yamada
C. Wagstaff | I. Bramke | E. Breeze | B. Thomas | V. Buchanan-Wollaston | L. Harrison | H. Rogers | T. Stead
H.-J. Kim | R. Craig | K.M. Brown
W.G. van Doorn | F.A. Hoeberichts | P.A. Balk | O. Vorst | R.D. Hall | M.F. van Wordragen
J.-C. Chen | F. Johnson | D.G. Clark | T. Gookin | M.S. Reid
X. Xu | D. Hunter | M.S. Reid
E.J. Woltering | A. de Jong | F.A. Hoeberichts | E. Iakimova | V. Kapchina
U.K. Pun | H. Shimizu | K. Tanase | K. Ichimura
S. Satoh | H. Nukui | S. Kudo | T. Inokuma
L. Kawa-Miszczak | E. Wegrzynowicz-Lesiak | M. Saniewski
S. Satoh | K. Shibuya | K. Waki | Y. Kosugi
K. Ohkawa | H. Ohno | H.-J. Kim | A. Tamagawa | J.-N. Suh
W.A. Mackay | N. Sankhla | T.D. Davis
E.J. Woltering | P.A. Balk | M.A. Nijenhuis-de Vries | M. Faivre | G. Ruys | D. Somhorst | S. Philosoph-Hadas | H. Friedman
A. Mensuali-Sodi | A. Ferrante
A. Saniewska | M. Saniewski | H. Urbanek
E. Wegrzynowicz-Lesiak | L. Kawa-Miszczak | M. Saniewski | M. Horbowicz
N. Sankhla | W.A. Mackay | T.D. Davis
M. Saniewski | M. Horbowicz
N. Marissen
A. Bulle
C.W. Hansen | K.K. Petersen | A.K. Larsen
E. Londers | I. Vervaeke | R. Deroose | M.P. De Proft
K. Rasmussen Starkey | L. Andersen
U. van Meeteren | A. van Gelder | W. van Ieperen
G. Slootweg
P. Twumasi | W. van Ieperen | E.J. Woltering | A.M.C. Emons | J.H.N. Schel | J.F.H. Snel | U. van Meeteren | D. van Marwijk
E.C. Sisler | Z. Kebenei | T. Winkelmann | M. Serek
S. Philosoph-Hadas | O. Golan | I. Rosenberger | S. Salim | B. Kochanek | S. Meir
M.P. Hettiarachchi | J. Balas
T.A. Nell | R.T. Leonard
M.P. Hettiarachchi | J. Balas
K. Yamane | T. Kawauchi | Y.T. Yamaki | N. Fujishige
M.P. Hettiarachchi | J. Balas
S. Ketsa | W. Imsabai | W.G. van Doorn
R.T. Leonard | T.A. Nell | L. Høyer
M. Devecchi
N. Sankhla | W.A. Mackay | T.D. Davis
S. Gulzar | I. Tahir | I. Amin | S. Farooq | S.M. Sultan
M.M. Jowkar | M. Kafi
M.M. Jowkar | H. Salehi