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

CROSS COMPATIBILITY ANALYSES BETWEEN NATIVE SPECIES OF CHINA AND ASIATIC LILY

Article number
977_18
Pages
167 – 173
Language
English
Abstract
Selecting new genotypes of Lilium suitable for sustainable production in China was very important.
Interspecific hybrids showed great breeding potential while there was cross-incompatibility difficulty.
Conventional crossing method and cut-style method were used.
Nine of eighteen cross combinations between native species and native species obtained ripe fruits.
Fourteen of twenty-seven cross combinations between native species and Asiatic hybrids obtained ripe fruits.
All nine Asiatic lily × Lilium regale combinations had no fruits.
Behavior of pollen tube growth of Lilium regale in the styles show the restriction of their growth was in the whole style.
Parental mating depending on cross-compatibility was the crucial base to a successful breeding program.
Furthermore, reciprocal cross results were quite different.
Karyotype analysis of L. concolor var. buschianum × L. pumilum, Lilium regale × L. concolor var. buschianum and L. concolor var. buschianum × L. leichtlinii var. maximowiczii showed that they were hybrids.
Plant type of hybrid seedlings were matroclinous plants, intermediate plants and transgressive plants.

Publication
Authors
J. Li, Y.J. Zhang, Y.K. Gao, Q.X. Zhang
Keywords
lily, cross breeding, cross-compatibility, morphology, karyotype analysis
Full text
Online Articles (50)
R. Nieto-Angel | W.B. Michal | M. Betancourt-Olvera | J. Martínez-Solís
Y. Zhou | C.X. Guo | F.Z. Chen | J. Tong | Y.F. Dong | D.Y. Xu | Q. Tan | Z.F. Tong | H.L. Xu | X.M. Ji
C.X. Guo | Y. Zhou | Y.F. Dong | F.Z. Chen | J. Tong | Z.F. Tong | H.L. Xu | Q. Tan
S.R. Lan | D.H. Peng | J.W. Dong | S.S. Wu | J.F. Liu | D.M. Li | C.D. Liu
L. Xu | X.M. Ji | J. Tong | F.Z. Chen | K.B. Du | Y.F. Xie | W.D. Chen | Y. Zhou | C.X. Guo | Q. Tan
C.H. Nan | X.R. Wang | G.G. Tang | X.G. Yi
C. Zhang | D.M. Cao | X.C. Zhang | L.F. Kang | J.J. Duan | X.L. Ma | G.J. Yan | Y.S. Wang
C.M. Qu | J.C. Zhang | X.Q. Lv | J.Y. Chen | R.D. Chen
L.F. Xu | H.Y. Feng | Y. Liang | S.X. Yuan | C. Liu | J. Ming
S. Hernández-Muñoz | M.E. Pedraza-Santos | J.L. Morales-García | H. Guillén-Andrade | P.A. López | M.A.A. Téllez-Velasco
Y.H. Li | C. Luo | Z.Y. Wu | X.H. Zhang | X. Cheng | R. Dong | C.L. Huang
D.M. Cao | C. Zhang | X.C. Zhang | L.F. Kang | J.J. Duan | X.L. Ma | G.J. Yan | Y.S. Wang
Y.Z. Yue | F.F. Ma | X. Huang | G.F. Liu | M.Z. Bao | H.R. Hu
C. Zhang | Y.H. Zhang | W.N. Wang | P.Y. Jia | L. Dong
Y.P. Zhao | W.H. Wang | G.S. Liu | X.Y. Zhao | S.D. Wang | T.F. Qin
J. Zhang | Q.X. Zhang | W.R. Yang | T.R. Cheng | H.T. Pan
D.D. Che | J.Z. Zhang | J.G. Wang | J.P. Fan | S.F. Gong