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Featured researches published by Young Up Kwon.


Journal of The Korean Society of Grassland and Forage Science | 2013

Growth Characteristics and Productivity of Single Cross Maize Hybrid for Grain, 'Andaok'

Beom Young Son; Seong Bum Baek; Jung Tae Kim; Jin Seok Lee; Ja Hwan Ku; Young Up Kwon; Chang Suk Huh; Jong Yeol Park

Andaok, a new single cross variety, is a yellow dent maize hybrid (Zea mays L.) developed by the maize breeding team at the National Institute of Crop Science (NICS), RDA in 2011. This hybrid, which has a high yield of grain, was produced by crossing two inbred lines, KS161 and KS162. KS161 is the seed parent and KS162 is the pollen parent of Andaok. Silking date of Andaok is 3 days later than that of the check hybrid, Jangdaok. Plant height of Andaok is longer than that of Jangdaok. Ear numbers per 100 plants of Andaok is more than that of Jangdaok. Ear length of Andaok is shorter than that of Jangdaok. The weight of 100 seeds of Andaok is heavier than that of Jangdaok. It has moderate resistance to southern corn leaf blight (Bipolaris maydis), black streaked dwarf virus (BSDV) and corn borer. It has strong resistance to northern corn leaf blight (Exserohilum turcicum). It has resistance to lodging. Andaok was evaluated for its yield of grain at three locations from 2009 to 2011. The grain yield of Andaok was 7.80 ton/ha. Seed production of Andaok has gone well due to a good match during crossing between the seed parent, KS161, and the pollen parent, KS162, in Yeongwol.


Journal of The Korean Society of Grassland and Forage Science | 2012

A New Single Cross Maize Hybrid for Grain and Silage, `Pyeongangok`

Beom Young Son; Seong Bum Baek; Jung Tae Kim; Jin Seok Lee; Jong Jin Hwang; Young Up Kwon; Hee Jung Ji; Chang Suk Huh; Jong Yeol Park

Pyeongangok, a new single cross variety, is an yellow dent maize hybrid (Zea mays L.) developed by the maize breeding team at the National Institute of Crop Science (NICS), RDA in 2011. This hybrid, which has a high yield of grain and dry matter, was produced by crossing two inbred lines, KS160 and KS155. KS160 is the seed parent and KS155 is the pollen parent of Pyeongangok. Silking date of Pyeongangok is 2 days earlier than that of check hybrid, Jangdaok, and equal to that of another check hybrid, Kwangpyeongok. Plant height of Pyeongangok is longer than that of Jangdaok and similar to that of Kwangpyeongok. Ear numbers per 100 plants of Pyeongangok is more than that of Jangdaok. Ear length of Pyeongangok is shorter than that of Jangdaok. 100 seeds weight of Pyeongangok is lighter than that of Jangdaok. Ear rate of Pyeongangok is lower than that of Kwangpyeongok. Stay-green of Pyeonganok is not greatly different with that of Kwangpyeongok. It has moderately resistance to southern corn leaf blight (Bipolaris maydis), black streaked dwarf virus (BSDV) and corn borer. It has strong resistance to northern corn leaf blight (Exserohilum turcicum). It has resistance to lodging. Pyeongangok was evaluated for the yields of grain and dry matter at four locations from 2009 to 2011. The yield of Pyeongangok in grain was 7.66 ton/ha. The yield of Pyeongangok in dry matter was 19.80 ton/ha. The yield of Pyeongangok in total digestible nutrient (TDN) was 13.32 ton/ha. Seed production of Pyeongangok has gone well due to a good match during crossing between the seed parent, KS160, and the pollen parent, KS155, in Yeongwol.


Journal of The Korean Society of Grassland and Forage Science | 2014

Growth Characteristics and Productivity of New Single Cross Maize Hybrid for Grain, 'Singwangok'

Beom Young Son; Seong Bum Baek; Jung Tae Kim; Jin Seok Lee; Jong Jin Hwang; Sun Lim Kim; Gun Ho Jung; Young Up Kwon; Chang Suk Huh; Jong Yeol Park

Singwangok, a new single cross variety, was developed by the maize breeding team at the National Institute of Crop Science (NICS), RDA in 2012. This hybrid, consisting of a high yield of grain, was produced by crossing two inbred lines, KS172 and KS173. KS172 is the seed parent and KS173 is the pollen parent of Singwangok. It is a yellow-orange intermediate maize hybrid (Zea mays L.). After the preliminary yield trial and advanced yield trial of Singwangok (Suwon185) in Suwon for 2 years, the regional yield trial of that was subsequently carried out for its growth characteristics and yield at 3 different locations from 2010 to 2012. It was named as Singwangok. The silking date of Singwangok is similar to the check hybrid, Jangdaok. The plant height of Singwangok is similar to Jangdaok, but its ear height ratio is lower than that of Jangdaok. Moreover, it has a resistance to lodging. The ear number per 100 plants of Singwangok is more 17 than that of Jangdaok, whereas the ear length of Singwangok is similar to Jangdaok. Further, the weight of 100 seeds of Singwangok is similar to Jangdaok. It has a moderate resistance to southern leaf blight (Bipolaris maydis) and a strong resistance to northern leaf blight (Exserohilum turcicum). Furthermore, it has a moderate resistance to the black streaked dwarf virus (BSDV), ear lot and corn borer. The grain yield of Singwangok, 7.81 ton/ha, was similar to that of Jangdaok. The seed production of Singwangok was well processed due to the good match during crossing between the seed parent, KS172 and the pollen parent, KS173, in Yeongwol; the F1 seed yield was 3.84ton/ha. Singwangok would be a suitable cultivar to all plain areas in Korea. (Key-words : Maize, Crossing, Grain, Yield, Seed production)


Journal of The Korean Society of Grassland and Forage Science | 2013

Growth Characteristics and Productivity of Single Cross Maize New Hybrid for Silage and Grain, `Yanganok`

Beom Young Son; Seong Bum Baek; Jung Tae Kim; Jin Seok Lee; Ja Hwan Ku; Sun Lim Kim; Gun Ho Jung; Young Up Kwon; Hee Jung Ji; Chang Suk Huh; Jong Yeol Park

Yanganok, a new single cross variety, was developed by the maize breeding team at the National Institute of Crop Science (NICS), RDA in 2012. This hybrid, which has a high yield of grain was produced by crossing two inbred lines, KS164 and KS163. KS164 is the seed parent and KS163 is the pollen parent of Yanganok. It is a yellow-orange intermediate maize hybrid (Zea mays L.). After a preliminary yield trial and advanced yield trial of Yanganok (Suwon180) in Suwon for 2 years, a regional yield trial was carried out for its growth characteristics, and yields were determined at 4 different locations from 2009 to 2012, with the exception of 2010. It was named `Yanganok`. The silking date of Yanganok is 2 days earlier than that of the check hybrid, Kwangpyeongok. Plant height of Yanganok is similar to Kwangpyeongok, but its ear height ratio is higher than that of Kwangpyeongok. It has resistance to lodging. Stay-green features of Yanganok are similar to those of Kwangpyeongok. The ear ratio of Yanganok is similar to Kwangpyeongok. It has moderate resistance to southern leaf blight (Bipolaris maydis) and strong resistance to northern leaf blight (Exserohilum turcicum). It has moderate resistance to black streaked dwarf virus (BSDV), ear lot and corn borer. The dry matter yield of Yanganok, 17.45 ton/ha, was similar to that of Kwangpyeongok. The total digestible nutrients (TDN) yield of Yanganok, 11.96 ton/ha, was similar to that of Kwangpyeongok. The grain yield of Yanganok, 8.32 ton/ha was similar to that of Jangdaok. Seed production of Yanganok went well due to a good match during crossing between the seed parent, KS164, and the pollen parent, KS163, in Yeongwol, and F1 seed yield was 1.79 ton/ha. Yanganok would be a suitable cultivar to all plain areas in the Korean peninsula.


Archive | 2016

VARIETY IDENTIFICATION-ENCODING SYSTEM AND ENCODING METHOD USING THE SAME

Yul Ho Kim; Hyang Mi Park; Tae Young Hwang; Sun Lim Kim; Seong Bum Baek; Young Up Kwon; Wook Hwan Kim; Sang Jong Lim


Archive | 2014

Method for extracting high yield of active materials containing corn silk-derived maysin

김선림; Sun Lim Kim; 정건호; Gun Ho Jung; 김미정; Mi Jung Kim; 이유영; Yu Young Lee; 김기종; Kee Jong Kim; 손범영; Beom Young Son; 이진석; Jin Seok Lee; 김정태; Jung Tae Kim; 백성범; Seong Bum Baek; 권영업; Young Up Kwon


Archive | 2013

Bean extract comprising isoflavones and soyasaponins, and preparation method therefor

Sun Lim Kim; 김선림; Young Up Kwon; 권영업; Wook Han Kim; 김욱한; Jae Eun Lee; 이재은; Yul Ho Kim; 김율호; Gun Ho Jung; 정건호; Dae Wook Kim; 김대욱; Choon Ki Lee; 이춘기; Mi Jung Kim; 김미정; Yu Young Lee; 이유영; Jung Tae Kim; 김정태


한국작물학회 학술발표대회 논문집 | 2012

Evaluation of Total Carotenoids and Kernel Color among Korea Waxy Corn Inbred Lines

Jung Tae Kim; Jin Seok Lee; Beom Young Son; Seong Bum Baek; Mi Jung Kim; Young Up Kwon


Archive | 2012

Methods for the processing of germinated soy germ with enhanced nutritive value and increased bioactive substance by using separated soy germ

Sun Lim Kim; Young Up Kwon; Wook Han Kim; Choon Ki Lee; Jae Eun Lee; Yul Ho Kim; Mi Jung Kim; Yu Young Lee; Gun Ho Jung; Dae Wook Kim; Jang Hoon Sung; Suk Chul Heo; Gun Yong Park


한국작물학회 학술발표대회 논문집 | 2011

Antitumor and Antioxidant Activity of Crudes Extracted from Colored Corn(Zea mays. L.) Among Particle Size

Jung Tae Kim; Jin Seok Lee; Beom Young Son; Ja Hwan Ku; Jong Jin Hwang; Seong Bum Baek; Mi Jung Kim; Gun Ho Jung; Young Up Kwon

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Jung Tae Kim

Rural Development Administration

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Seong Bum Baek

Rural Development Administration

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Sun Lim Kim

Rural Development Administration

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Mi Jung Kim

Rural Development Administration

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Wook Han Kim

Rural Development Administration

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Yu Young Lee

Rural Development Administration

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Hyang Mi Park

Rural Development Administration

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Tae Young Hwang

Rural Development Administration

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Choon Ki Lee

Rural Development Administration

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