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다수성 중생 찰기장 ‘청풍찰’

윤건식1,*, 이재웅1, 황세구1, 김익제1, 홍성택1, 고지연2, 최규환3, 김용순4, 김홍식5

A High-Yielding and Medium Maturing Proso Millet (Panicum miliaceum L.) Variety ‘Cheongpungchal’

Korean Journal of Breeding Science 2019;51(1):55-60.
Published online: March 1, 2019

충북농업기술원 작물연구과

국립식량과학원 남부작물부

전라북도농업기술원

전라남도농업기술원,

충북대학교 식물자원학과

Chungcheongbukdo Agricultural Research & Extension Services, 28130, Korea

National Institute Crop Science, RDA, 50424, Korea

Jellabukdo Agricultural Research and Extension Services, 54591, Korea

Jellanamdo Agricultural Research and Extension Services, 58213, Korea

Chungbuk National University, 28644, Korea

*(E-mail: lothmv@korea.kr, Tel: +82-43-220-5562, Fax: +82-43-220-5549)
• Received: February 7, 2019   • Revised: February 12, 2019   • Accepted: February 17, 2019

Copyright: © 2019 by the Korean Society of Breeding Science

This is an Open-Access article distributed under the terms of the Creative Commons Attribution Non-Commercial License (http://creativecommons.org/licenses/by-nc/3.0) which permits unrestricted non-commercial use, distribution, and reproduction in any medium, provided the original work is properly cited.

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Citations

Citations to this article as recorded by  Crossref logo
  • ‘Yeonheechal’: A Soft, Large, White, and Glutinous Proso Millet Variety (Panicum miliaceum L.)
    Ji Ho Chu, Ji Yeon Ko, Seok Bo Song, Myeong Eun Choi, Sang Ik Han, Do Yeon Kwak
    Korean Journal of Breeding Science.2023; 55(4): 409.     CrossRef
  • Antioxidative and antimutagenic effects of Panicum miliaceum L.
    Jeong Seob Park, Jong Soon Lee, Jeong Ho Lee
    Korean Journal of Food Preservation.2020; 27(2): 261.     CrossRef

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A High-Yielding and Medium Maturing Proso Millet (Panicum miliaceum L.) Variety ‘Cheongpungchal’
Korean. J. Breed. Sci.. 2019;51(1):55-60.   Published online March 1, 2019
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A High-Yielding and Medium Maturing Proso Millet (Panicum miliaceum L.) Variety ‘Cheongpungchal’
Korean. J. Breed. Sci.. 2019;51(1):55-60.   Published online March 1, 2019
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A High-Yielding and Medium Maturing Proso Millet (Panicum miliaceum L.) Variety ‘Cheongpungchal’
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Fig. 1 Pedigree diagram of new proso millet variety ‘Cheongpungchal’.
A High-Yielding and Medium Maturing Proso Millet (Panicum miliaceum L.) Variety ‘Cheongpungchal’

Heading date, maturing date, growth period and characteristics of basic vegetation period of ‘Cheongpungchal’ and ‘Hwanggeumgijang’ at local adaptability test (LAT x ).

  Variety   Seeding date (mm.dd) Heading date y (mm.dd) Maturing date (mm.dd) Growth period Z (days) Characteristic by basic vegetation period
Cheongpungchal 6.08 8.03a 9.18a 102a medium
Hwanggeumgijang 6.08 7.24b 9.03b 87b medium

Growth period indicates days grow seedlings to maturing

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Leaf and culm characteristics of ‘Cheongpungchal’ at local adaptability test (LAT y ).

  Variety Leaf color Anthocyanin in flag leaf Length of flag leaf Culm

Length z (cm) Width (mm)
Cheongpungchal Green No medium 155a 8.5a
Hwanggeumgijang Green Yes medium 146a 7.9a

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Reaction to lodging tolerance, major disease and insect of ‘Cheongpungchal’ at local adaptability test (LAT x ).

  Variety Field lodging z (0-9) Damage index y by disease and insect

Bacterial stripe Sheath blight Rice stripe and virus Corn borer
Cheongpungchal 5 3 0 1 3
Hwanggeumgijang 5 5 0 1 1

Loging degree: 1~5%, 1; 6~10%, 3; 11~50%, 5; 54~75%, 7; over 76%, 9

Disease and insect degree: symptomless, 0; below 1% of diseased panicle, 1; 1~5%, 3; 6~25%, 5; 26~50%, 7; over 50%, 9

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Panicle and grain characteristics of ‘Cheongpungchal’ and ‘Hwanggeumgijang’.

  Variety Panicle Spikelet Density Seed coat color Dehusked grain color Endosperm

Length z (cm) Type
Cheongpungchal 38.4a Droopy Dense Dark brown Yellow Glutinous
Hwanggeumgijang 35.8b Droopy Medium  Light brown   Yellow Glutinous

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Functional component and antioxidant activity of ‘Cheongpungchal’ at local adaptability test (LAT y ).

  Variety Crude protein (g/100g) Polyphenol contents (μgGAE/g) Flavonoids contents (μgCE/g) Radical scavenging activity (mgTE/g) Amylose contents (%)

DPPH ABTS
Cheongpungchal 10.2az 815a 257a 41.7a 91.2a 8.8a
Hwanggeumgijang 8.7b 617b 225b 25.6b 57.8b 7.7a

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Grain yield potential of ‘Cheongpungchal’ at replicated yield trial (RYT) (CBARES in Cheongju, ’11~’12).

  Variety Grain yield (MT/ha)

2011 2012 Mean index
Cheongpungchal 2.16 2.05 2.11az 112
Hwanggeumgijang 1.82 1.95 1.89b 100

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Grain yield potential of ‘Cheongpungchal’ at local adaptability test (LAT y ).

  Variety Cheongju Milyang Suwon Iksan Naju Mean Index

(MT/ha)
Cheongpungchal 3.07 2.80 2.02 2.56 2.71 2.63az 138
Hwanggeumgijang 2.17 1.72 1.32 1.80 2.51 1.90b 100

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Yield component analysis of new sorghum variety ‘Cheongpungchal’ at local adaptability test (LAT y ).

  Variety No. of panicle/plant Weight of grain/panicle (g) 1,000-grain Weight (g)
Cheongpungchal  3.8az 11.8a  5.17a 
Hwanggeungijang 3.8a 10.1b 5.29a

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Table 1 Heading date, maturing date, growth period and characteristics of basic vegetation period of ‘Cheongpungchal’ and ‘Hwanggeumgijang’ at local adaptability test (LAT x ).

Growth period indicates days grow seedlings to maturing

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Table 2 Leaf and culm characteristics of ‘Cheongpungchal’ at local adaptability test (LAT y ).

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Table 3 Reaction to lodging tolerance, major disease and insect of ‘Cheongpungchal’ at local adaptability test (LAT x ).

Loging degree: 1~5%, 1; 6~10%, 3; 11~50%, 5; 54~75%, 7; over 76%, 9

Disease and insect degree: symptomless, 0; below 1% of diseased panicle, 1; 1~5%, 3; 6~25%, 5; 26~50%, 7; over 50%, 9

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Table 4 Panicle and grain characteristics of ‘Cheongpungchal’ and ‘Hwanggeumgijang’.

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Table 5 Functional component and antioxidant activity of ‘Cheongpungchal’ at local adaptability test (LAT y ).

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Table 6 Grain yield potential of ‘Cheongpungchal’ at replicated yield trial (RYT) (CBARES in Cheongju, ’11~’12).

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Table 7 Grain yield potential of ‘Cheongpungchal’ at local adaptability test (LAT y ).

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)

Table 8 Yield component analysis of new sorghum variety ‘Cheongpungchal’ at local adaptability test (LAT y ).

The same letters are not significantly different between varieties at the 5% probability level by DMRT

Local adaptability test was conducted in five regions of Korea for three years (’13~’15)