Articles

BREEDING CUT ROSES FOR BETTER KEEPING QUALITY: FIRST STEPS

Article number
937_107
Pages
875 – 882
Language
English
Abstract
Water stress is one of the most common postharvest quality problems, resulting in shorter vase life of cut flowers.
Since vase life is a key factor for the consumers’ satisfaction, breeding for better control of water loss is an important goal.
In this study, we evaluated the stomatal responses to leaflet desiccation in a subset of a segregating tetraploid cut rose population (60 genotypes) grown at high relative air humidity (RH ≥ 85%). Additionally, the vase life was determined in six contrasting genotypes in their stomatal responsiveness.
The population screening revealed extreme differences among genotypes, i.e., the relative water content (RWC) after 4 h of leaflet desiccation ranged between 7 and 62% (20 and 51% the RWCs for the two parents). Genotypes with low stomatal responsiveness to desiccation had an average vase life of 8 days, and in two out of three genotypes the flower did not open.
These effects are related to high postharvest water loss rates.
On the other hand, genotypes with high stomatal responsiveness lasted longer (10-21 days), their flower reached the maximum opening stage, and they showed a lower postharvest water loss.
It is concluded that there is a large variation in the stomatal hydrosensitivity, which increases the possibilities for breeding for cultivars with longer vase life (better control of water loss). The selection of genotypes with high stomatal responsiveness, after cultivation at high RH, considerably increases the degree of certainty that the cut flower will last a minimum length of time, and will have an unhampered flower opening.

Publication
Authors
D. Fanourakis, D.R.A. Carvalho, V.W. Gitonga, A.W. Van Heusden, D.P.F. Almeida, E. Heuvelink, S.M.P. Carvalho
Keywords
relative humidity, Rosa hybrid, screening, selection criteria, stomatal responsiveness, tetraploid population, vase life guarantee
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R.L. Cave | J.E. Erwin | G.L. Hammer | C.J. Birch | M.E. Johnston
C. Cervelli | E. Farina | C. Dalla Guda | A. Giovannini | A. Liotta | T. Paterniani | G. Burchi | S. Cacini | M. Antonetti | G. Zizzo | S. Aprile
M.A. Fernández-Zamudio | J. Bartual | D. Roca | A. Verdeguer | P.F. Martínez
Li Xia | Jin Zi-Lin | Wang Jia | An Xue | Pan Hui-Tang | Zhang Qi-Xiang
A. Macovei | M. Donà | A. Balestrazzi | L. Ventura | F. Nicoletti | A. Giovannini | A. Buttafava | R. Langella | D. Carbonera
Qi-Xiang Zhang | Hui-Tang Pan | Ming Sun | Wei-Yu Yang | Jia Wang
X.Q. Zhao | Z.H. Yuan | Y.L. Yin | L.J. Feng | R. Xu | J.L. Li
L.M. Vieira | D.C. Mendes | F.L. Finger | J.G. Barbosa
E.B. Morais | A.C.R. Castro | S.O. Paula | M.I. Gallão
A. Christiaens | M.C. Van Labeke | E. Pauwels | B. Gobin | E. De Keyser | J. De Riek
J. Van Huylenbroeck | A. Dewitte | E. Van Bockstaele
V. Scariot | L. Seglie | W. Gaino | M. Devecchi
E. Ramalho do Rêgo | F.L. Finger | A.M. Mapeli | N.F.F. do Nascimento | M.F. Nascimento | R.M. Cortez dos Santos | M. Monteiro do Rêgo
E. Ramalho do Rêgo | R.M. Cortez dos Santos | M. Monteiro do Rêgo | N.F.F. do Nascimento | M.F. Nascimento | M.A. Bairral
E. Ramalho do Rêgo | M. Monteiro do Rêgo | F.R. Costa | N.F.F. do Nascimento | M.F. Nascimento | L.A. Barbosa | F.L.G. Fortunato | R.M. Cortez dos Santos
S. Bañón | E. Conesa | R. Valdés | J. Miralles | J.J. Martínez | M.J. Sánchez Blanco
H. Shinoyama | H. Ichikawa | M. Saitoh-Nakashima | M. Saito | R. Aida | H. Ezura | H. Yamaguchi | A. Mochizuki | K. Nakase | Y. Nishibata | Y. Nomura | H. Kamada
Silan Dai | Lijun Zhang | Xinyan Luo | Xinxiang Bai | Yingxiu Xu | Qianqian Liu | Mingli Zhu | Baoqin Li | Jing He | Renwei Li | Jun Zhu | Jie Lu
Zhiyong Guan | Sumei Chen | Fadi Chen | Zhaolei Liu | Weimin Fang | Juan Tang
S.Z. Fischer | R.M.N. Peil | R.S. Neitzke | E.R.T. Stumpf | R.L. Barbieri | J.E. Schwengber | C.S. Vasconcellos
M.W. Borys | H. Leszczyńska-Borys | M.C. Miranda Vergara
I. Reis Moura | M.C. Simões-Costa | J. Garcia | M.J. Silva | M.C. Duarte
N. Tatmala | S. Kaewsuksaeng | S. Kanlayanarat | M. Buanong
L.L. Kuznetsova | R.A. Zielke | B.W.W. Grout | S.O. Baturin
U.C. Samarakoon | K.A. Funnell | D.J. Woolley | G.K. Burge | E.R. Morgan
Huanwen Meng | Zhichun Xie | Zhihui Cheng | Li Su
R. Velázquez | M. Martínez | T. Bartolomé | J.M. Coleto | S. Rodrigo | F. Honorio | M.J. Poblaciones | A. García
V. Loges | C.E.F. de Castro | W.N.R. Guimarães | A.S. Costa | T.L. de A. Lima | K.P. Leite
A.M. Cabrera | A.M. de León | M. Fernández | T. Ramos | I. Rodríguez
E. Sacco | M. Savona | M. Antonetti | A. Grassotti | P.L. Pasqualetto | B. Ruffoni
Sun Ming | Li Xiao-fan | Kong Ying | Shi Jin-fang | Zhang Qi-xiang
M.R. Boase | N.W. Albert | H. Zhang | S. Arathoon | L. Wang | D.H. Lewis
P. Tantasawat | A. Khairum | W. Chaowiset | A. Wannajindaporn
Ying-chun Chen | Nien-Tzu Wang | Wei-ling Chen | Yung-wu Chen | Chung-May Wu
W.-Q. Jia | H.-C. Liu | X.-H. Du | Y.-P. Zhao
G.S. Batista | R.S. Pimenta | R. Gimenes | K.F.L. Pivetta | G.N. Romani | R.B. Mazzini
R.S. Pimenta | G.S. Batista | R. Gimenes | K.F.L. Pivetta | R.B. Mazzini | G.N. Romani
P. Sukhumpinij | F. Kakihara | K. Hondo | M. Kato
C.E. Álvarez | F. Molina | M. Hernández | M. Fernández-Falcón | A.A. Borges | M. Guzmán
M. Hernández | F. Molina González | C.E. Álvarez | M. Fernández-Falcón | N. Fernández-García | E. Olmos
P. Monjardino | E. Bairos | A. Melo | L. Ornelas | J.A. Pinheiro | D.G. Malan
J.A. Rodríguez-Pérez | M.C. Vera-Batista | A.M. de León-Hernández | I. Rodríguez-Hernández
Dongyan Hu | Junqiu Fu | Zuoshuang Zhang
D. Fanourakis | D.R.A. Carvalho | V.W. Gitonga | A.W. Van Heusden | D.P.F. Almeida | E. Heuvelink | S.M.P. Carvalho
Luo Le | Meng Rui | Sun Xia-Feng | Wang Qiong | Li Hui | Pan Hui-Tang | Zhang Qi-Xiang
M. Shirdel | A. Motallebi-Azar | N. Mahna
P. Bologna | S. Soto | M.A. Coviella | M.J. Pannunzio | G. Facciuto | A.R. Prina | M. Borja
A. Escalona | J. Valverde | C. Dos Santos Coutinho | M.C. Salas
P.E. Vanegas-Espinoza | V. Ramos-Viveros | L.B. Rios-Salomé | J.C. Orbe-Rogel | O. Paredes-López | A. Cruz-Hernández | A.A. Del Villar-Martínez
R. Juodkaitė | S. Dapkūnienė | A. Skridaila | G. Stukėnienė | A. Baliūnienė | O. Motiejūnaitė | J.R. Naujalis | M. Navalinskienė | M. Samuitienė
J.R. Motos | R.S. Días | J.M. Mirás Avalos | E. Vidal Vázquez
G. Amoroso | P. Frangi | R. Piatti | M. Faoro | L. Martinetti | A. Fini
J.B.K. Asiedu | J.N. Buah | J.E. Blankson
M.L. Chadha | R. Yang | S.K. Sain | C. Triveni | R. Pal | M. Ravishankar | T.R. Ghai
C. Cunill | R. Cáceres | L. Narváez | J. Casadesús | O. Marfà
A.F. Dumitras | P. Pop-Boanca | A. Damian | S. Bors-Oprisa | D. Clapa | V. Singureanu | G. Mazare | G. Sabo
M. Dumitraşcu | C. Mănescu | R. Gâlă | F. Stănică
S. Gu | K.B. Paul | K. Nixon | M. Duschack
R. Madjar | V. Davidescu | M. Dumitraşcu | C. Mănescu | A. Peticilă
O. Marfà | R. Cáceres | L. Luján | L. Narváez | C. Cunill
P. Parolin | B. Rudolph | S. Bartel | C. Bresch | C. Poncet
J.A. Rodríguez- Pérez | G. Hernández González
M.C. Salas | M.M. Verdejo | A. Sánchez | M. Guzmán | J.L. Valenzuela | J.L. Montero
E.R.T. Stumpf | G. Heiden | J.R.V. Iganci | R.L. Barbieri | L.B. Corrêa | T.D. Perleberg | C.M. Romano | S.Z. Fischer | R.S. Neitzke
C. Ulrichs | C. Buettner | M. Wiesner | I. Roth | A. Blievernicht | T. Taye | I. Mewis
S.B. Wilson | R. Freyre | G.W. Knox | Z. Deng
Caiqiong Wu | Heng Zhang | Dongguang Huang | Jianxin Xu | Jiangli Lei | Yiyan Xu
Yanyan Shi | Yike Gao | Yujing Zhang
You Zhou | Yu Zheng | Xiao-hong Yang | De-xi Bian | Xue-yong Ju | Wei He | Hui-xin Zhang
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