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Articles

LOQUAT: PROGRESS AND EXPECTATIONS

Article number
1092_1
Pages
19 – 24
Language
English
Abstract
Loquat species are native to China.
It is grown in temperate and subtropical areas, sharing the same environmental areas as citrus.
The main producing country in the world is China, although there is production in Mediterranean countries and Japan.
Most of the cultivars come from selection of chance seedlings, however, there is germplasm collected that included the diversity generated where the species was spread.
Currently, breeding programs focused on the creation of new cultivars that meet the farmers’ and consumers’ demands are being carried out in China, Japan, and Spain.
Development of molecular markers for assisted selection, genetic diversity studies and new breeding techniques are providing new tools for breeding progress.
Exploitation of the polyploidy provides opportunities for reaching new types of fruits including seedlessness, increase in fruit quality, and enhanced productivity.
Loquat should benefit from improvement of biotechnology applied to breeding.
The species has possibilities of becoming an important crop in subtropical and Mediterranean climates.

Publication
Authors
M.L. Badenes, M. Blasco, M.M. Naval
Keywords
breeding techniques, Eriobotrya japonica, germplasm, resources, mutagenesis, polyploidy
Full text
Online Articles (46)
M.L. Badenes | M. Blasco | M.M. Naval
J. Janick | Zhike Zhang | Shunquan Lin
F. Sgroi | A.M. Di Trapani | R. Squatrito | S. Tudisca | R. Testa
S. Tudisca | A.M. Di Trapani | F. Sgroi | R. Squatrito | R. Testa
M. Blasco | M.L. Badenes | M.M. Naval
F. Qiu | Y.Q. Wang | S. Shi | T.F. Liang | Q.X. Deng | L. Sun | Y. Liang | K. Zhang | J.G. Zeng | C.H. Peng | Q. Zhou
H. Liu | Y.Q. Wang | L. Tao | H. Zhang | Q.X. Deng | C.P. Pan | W. Kang | Y.J. Xu | J.Z. Zhang
H. Zhang | Y.Q. Wang | Z.W. Yang | Q.X. Deng | H. Liu | J.G. Zeng | C.H. Peng | Q. Zhou
Shu Xia Sun | Jing Li | Dong Chen | Mei Yan Tu | Hong Jiang Xie | Guo Liang Jiang
Y.Q. Wang | W.L. Cha | Q.X. Deng | S.Y. Zhou | W. Kang | Y.J. Xu | J.Z. Zhang
Q.X. Deng | Y.Q. Wang | Q. Yang | L. Tao | C.P. Pan | Jing Li
M. Blasco | M.M. Naval | M.L. Badenes | B. Chiancone | A. Quartararo | V. Gianguzzi | M.A. Germanà
J.W. Zhang | Y.Q. Wang | Q.X. Deng | F. Qiu | S. Shi | T.F. Liang
C.P. Pan | Y.Q. Wang | J. Liu | Q.X. Deng | L. Tao
Yanchun Qiao | Zhike Zhang | Yongshun Gao | Chengming Liu | Shunquan Lin | Yanping Hong | Dongliang Guo
A. Marchese | F. Costa | F.P. Marra | A. Quartararo | V. Farina | C. Reig Valor | M. Agusti
T.M. Shan | Y.J. Sun | P. Jin | J. Xu | Y.H. Zheng
V. Farina | O. Corona | A. Todaro | S. Moreno Roldan | F. Barone | C. Gentile | A. Perrone | A. Mazzaglia
G. Piva | A. D'Asaro | S. Fretto | V. Farina | A. Mazzaglia
Jing Li | Y.Q. Wang | X.P. Han | Q.X. Deng | W. Kang | J.Z. Zhang | Y.J. Xu
G. Talluto | G. Gugliuzza | R. Massenti | R. Lo Bianco
Q. Yang | Y.Q. Wang | Q.X. Deng | Y. Fu | W. Kang | Y.J. Xu | J.Z. Zhang
I.E. Papadakis | P.I. Tsiantas | M. Psychoyou | S.N. Vemmos
Wenpei Song | Huicong Wang | Shunquan Lin | Xuming Huang | Xizhen Zhu
J.J. Hueso | A. Stellfeldt | J. Cuevas
G. Gugliuzza | M. Militello | G. Mandarano | G. Talluto | V. Farina
E. González-Domínguez | J. Armengol | J. García-Jiménez | E. Soler | V. Rossi
E. González-Domínguez | M. León | J. Armengol
E. González-Domínguez | J. García-Jiménez | J. Armengol | E. Soler | V. Rossi