A kind of breeding method of ornamental color rice variety
A kind of variety and color technology, applied in the field of breeding of ornamental colored rice varieties, can solve the problems of different growth periods, plant heights and plant types, large differences in expressiveness of rice field paintings, and inability to achieve expressive effects, etc., to achieve clear color levels, pattern effect stable effect
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Examples
Embodiment 1
[0019] 1) The disease-resistant semi-dwarf non-photosensitive medium-growing green-leaf rice variety Wunong No. 1 was selected as the recurrent parent R, and the purple-leaf rice variety IR1552(A), the yellow-leaf rice variety Huangyu B(B), and the rice striped flower were selected. The leaf mutant st(t)(C) and the yellow-green leaf rice variety ygl10(D) are the parents for the introduction of leaf color traits, and crosses R / A, R / B, R / C, and R / D to obtain hybrid F 1 Substituted by F 1 - A , F 1 - B , F 1 - C , F 1 - D express;
[0020] 2) planting F 1 - A , F 1 - B , F 1 - C , F 1 - D , backcross with the recurrent parent R at the flowering stage to obtain the backcross F1 generation, respectively with BC 1 f 1 - A 、BC 1 f 1 - B 、BC 1 f 1 - C 、BC 1 f 1 - D express;
[0021] 3) Plant BC 1 f 1 - A 、BC 1 f 1 - B 、BC 1 f 1 - C 、BC 1 f 1 - D , respectively harvested to get BC 1 f 2 - A 、BC 1 f 2 - B 、BC 1 f 2 - C 、BC 1 f 2 - D ; ...
Embodiment 2
[0030] 1) Lindao 10, a disease-resistant semi-dwarf non-light-sensitive medium growth stage green-leaf rice variety, was selected as the recurrent parent R, purple-leaf rice variety IR1552(A), yellow-leaf rice variety Huangyu B(B), and rice striped flower were selected. The leaf mutant st(t)(C) and the yellow-green leaf rice variety ygl10(D) are the parents for the introduction of leaf color traits, and crosses R / A, R / B, R / C, and R / D to obtain hybrid F 1 Substituted by F 1 - A , F 1 - B , F 1 - C , F 1 - D express;
[0031] 2) planting F 1 - A , F 1 - B , F 1 - C , F 1 - D , backcross with the recurrent parent R at the flowering stage to obtain the backcross F1 generation, respectively with BC 1 f 1 - A 、BC 1 f 1 - B 、BC 1 f 1 - C 、BC 1 f 1 - D express;
[0032] 3) Plant BC 1 f 1 - A 、BC 1 f 1 - B 、BC 1 f 1 - C 、BC 1 f 1 - D , respectively harvested to get BC 1 f 2 - A 、BC 1 f 2 - B 、BC 1 f 2 - C 、BC 1 f 2 - D ;
[0033] 4) ...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More