한국 옥수수 품종 개발의 변천과 전망

백성범(Seong-Bum Baek),손범영(Beom-Young Son),김정태(Jung-Tae Kim),배환희(Hwan-Hee Bae),고영삼(Young-Sam Go),김선림(Sun-Lim Kim) 한국육종학회 2020 한국육종학회지 Vol.52 No.S

In Korea, native or open pollinated corn varieties that were not improved before 1960 were cultivated. The 1960s was a step that created the foundation for the development of varieties. In 1962, systematic corn breeding was started when the synthetic type ‘Hwangok 2’ was distributed to farmers. The 1970s was the era of the change from synthetic varieties to hybrid ones, with a focus on the development of single-cross hybrids among the corn hybrids. The single-cross corn hybrid, ‘Suwon 19’, was an epoch-marking variety that had a unit-yield closer to that of advanced countries. The 1980s was a time when the breeding direction was changed from grain corn to silage because the corn cultivation area for silage increased rapidly with the government s livestock promotion policy, and the corn seed supply system of single-cross hybrids was established. In the 1990s, the era of globalization and the launching of imports of agricultural products, the living standards of consumers became more advanced, and the development system of corn varieties was established for various use purposes. As we entered the 2000s, it started the heyday of developing corn varieties, with 29 corn varieties of various use purposes and excellent cultivation stability developed. In the 2010s, the scope of corn variety development expanded from government or universities to private seed companies. Thus, the corn varieties in Korea have changed and developed in response to the situation of the times, and there are currently 110 corn varieties registered with Korea Seed & Variety Service (KSVS). In the future, vegetable corn is expected to be continuously developed, with functional ingredients such as strengthening vitamins, trace elements, and antioxidant components. Specialized grain corn, such as lysine and maltodextrin, will be developed and commercialized in order to improve the value added. In the case of silage corn, there will be varieties of early maturing and late planting adaptability, with no more than 110 days until maturity, suitable for the cropping system, such as second cropping and double cropping, as well as high digestion rate and nutrition varieties with high feed value, and excessive water tolerance corn varieties that adapt well to paddy fields. Furthermore, it is expected that corn varieties that adapt well to Southeast Asia, Latin America, and Africa will continue to be developed and supplied.

인도네시아의 옥수수 생산 및 생산성 제한 요인

백성범 ( Seong-bum Baek ),손범영 ( Beom-young Son ),김정태 ( Jung-tae Kim ),이진석 ( Jin-seok Lee ),배환희 ( Hwan-hee Bae ),김상곤 ( Sang Gon Kim ),이상규 ( Sang-kyu Lee ),이병무 ( Byung-moo Lee ),서민정 ( Min-jung Seo ),박장환 ( 한국국제농업개발학회 2015 韓國國際農業開發學會誌 Vol.27 No.5

동남아시아 주요 옥수수 생산국인 인도네시아의 옥수수 생산과 생산성 제한 요인에 대하여 조사·분석한 결과는 다음과같다. 1. 인도네시아는 북위 5°에서 남위 10°사이에 위치하여 연중 열대성 기후를 보이며 건기와 우기의 구별이 뚜렷하다. 2. 옥수수 재배면적은 약 4,000천ha 정도이며 생산량은 2009년 이후로 17,000천톤 이상을 유지하고 있다. 그 가운데 수확면적과 생산량의 약 50%를 Jawa섬이 차지하고 있다. 2014년 단위 면적당 생산성은 4.95ton/ha로 1980년대에 비하여 약 3배 증가하였으나 지역적으로는 2.5 ~ 7.32ton/ha의 변이를 보여 지역 간 차이가 심하다. 3. 생물적 생산성 제한요인은 downy mildew (Peronosclerospora),maydis leaf blights (Helminthosporium spp.), leaf spots (Curvularia spp.), rusts (Puccinia polysora), stalkand ear rots (Fusarium spp., Diplodia spp.), banded leafand sheath blight (BLSB, Rhizoctonia solani) 등의 병과 바구미(Sitophilus spp.), shoot flies (Atherigona spp.), Asiancorn borers (Ostrinia furnacalis), 멸강충(Mythimna spp.),corn ear worm (Helicoverpa spp.) 등의 충이나, 가장 큰 영향을 주는 요인은 downy mildew이다. 4. 비생물적 생산성 제한요인은 토양의 산성화에 따른 척박토양과 관개가 자유롭지 못한 전작 지대의 한발피해 등이며, 경제ㆍ사회적 제한요인으로는 비료, 농약 등 농자재 투입 비용과 hybrid종자 가격 등이다. 5. 인도네시아에 적응하는 품종 개발 시 생산성 제한 요인을 극복하기 위한 주요 타겟 형질은 환경 스트레스 내성으로서, 특히 downy mildew 저항성과 내산성, 내건성이 요구된다. Indonesia, which located at between five degree north latitude and ten degree south latitude, have distinct dry and rainy season as tropical climate. After 2009, area of maize cultivation isapproximately 4,000,000 ha, and production of maize is maintained over 17,000,000 ton. Jawa island has possessed about 50% of harvest area and production. In 2014, yield per unit area as 4.95 ton/ha, is 3 times increase compared to 1980’s. However, it shows severe regional difference because productivity variation is 2.5 ~ 7.32ton/ha territorially. Major constraints of maize production in Indonesia are; As biotic stress factors, diseases such as downy mildew (Peronosclerospora), maydis leaf blights (Helminthosporium spp.), leaf spots (Curvularia spp.), rusts (Puccinia polysora), stalk and ear rots (Fusarium spp., Diplodia spp.), and banded leaf and sheath blight (BLSB, Rhizoctonia solani), insects such as a genus of weevils (Sitophilus spp.), shoot flies (Atherigona spp.), asian corn borers (Ostrinia furnacalis), armyworm (Mythimna spp.), and corn ear worm (Helicoverpa spp.) are popular. Among them, the most major constraint is downy mildew. As abiotic stress factors, low soil fertility and drought stress is major effect on yield decrease. As business and social factors, major constraints are agro-materials (including fertilizer and pesticide) costs and hybrid seed price. To overcome these constraints during varieties are developed, main target trait is environment stress resistance. Especially, it seems that downy mildew resistance, acid resistance and drought resistance will be improved.

잡초성 귀리의 발생 생태 및 생태적 방제

이춘우(Choon-Woo Lee),백성범(Seong-Bum Baek),김홍식,손영구(Young-Koo Son),서세정(Sea-Jung She),남중현(Jung-hyun Nam),이규직(kyu-jik Lee) 韓國雜草學會 2003 Weed&Turfgrass Science Vol.23 No.4

종실용 옥수수 신품종 '신광옥'의 생육특성과 수량성

손범영,백성범,김정태,이진석,황종진,김선림,정건호,권영업,허창석,박종열,Son, Beom Young,Baek, Seong Bum,Kim, Jung Tae,Lee, Jin Seok,Hwang, Jong Jin,Kim, Sun Lim,Jung, Gun Ho,Kwon, Young Up,Huh, Chang Suk,Park, Jong Yeol 한국초지조사료학회 2014 한국초지조사료학회지 Vol.34 No.1

신광옥은 다수성 사료용 옥수수 품종 개발을 목표로 2012년에 농촌진흥청 국립식량과학원에서 자식계통 KS172과 KS173을 교잡하여 육성한 다수성 단교잡종이다. 신광옥의 종피색은 황오렌지색이며 입질은 중간종이다. 신광옥은 2008~2009년 동안 생산력검정시험을 거쳐 2010~2012년까지 3지역에서 지역적응시험을 실시하였다. 그 결과 우수성이 인정되어 2012 농작물 직무육성 신품종으로 결정되었고 신광옥으로 명명하였다. 신광옥의 출사일수는 대비품종인 장다옥과 비슷하다. 간장은 장다옥과 비슷하나 착수고율은 장다옥보다 낮고 도복은 장다옥과 비슷한 정도로 강하다. 100주당 이삭은 장다옥보다 17개 더 많고 이삭길이는 장다옥과 비슷하며, 100립중은 장다옥과 비슷하다. 깨씨무늬병 저항성은 중강이며, 그을음무늬병에는 강한 편이다. 검은줄 오갈병, 이삭썩음병 및 조명나방 저항성은 중 정도이다. 신광옥의 종실수량은 7.8 톤/ha로 장다옥과 비슷하다. 4 : 1(모본 : 부본) 재식비율로 동시 파종하여 채종 시험한 결과 종자친(모본) 출사기와 화분친(부본) 화분비산기간이 일치하였으며 채종수량은 3.84 톤/ha이었다. 신광옥은 전국적으로 재배가 가능하다. 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.

다수성 종실 옥수수 신품종 '안다옥'의 생육특성과 수량성

손범영,백성범,김정태,이진석,구자환,권영업,허창석,박종열,Son, Beom Young,Baek, Seong Bum,Kim, Jung Tae,Lee, Jin Seok,Ku, Ja Hwan,Kwon, Young Up,Huh, Chang Suk,Park, Jong Yeol 한국초지조사료학회 2013 한국초지조사료학회지 Vol.33 No.1

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. 안다옥은 자식계통 KS161과 KS162의 교잡으로 육성된 다수성인 단교잡종이다. 2007~2008년 생산력검정시험을 거쳐, 2009~2011년 3년 동안 3지역에서 지역적응시험을 실시한 결과 그 우수성이 인정되어 2011 농작물 직무육성 신품종선정위원회에서 신규 우량품종으로 결정되었다. 이 품종의 주요특성을 요약하면 다음과 같다. 안다옥의 종피색은 황색이며 입질은 마치종이다. 출사일수는 종실용 옥수수 대비품종인 장다옥보다 3일 늦다. 간장은 장다옥보다 길며, 100주당 이삭수는 장다옥보다 많았다. 이삭길이는 장다옥보다 짧으며, 100립중은 장다옥보다 무거웠다. 깨씨무늬병, 검은줄오갈병 및 조명나방에 중정도의 저항성을 보이며, 그을음무늬병에는 강한 편이다. 도복에는 장다옥과 비슷한 정도로 강하였다. 종실수량은 7.8톤/ha로 장다옥보다 많았다. 4:1 (모판 : 부본) 재식비율에서 동시 파종하여 채종한 결과 모본의 출사기와 부본의 화분비산기간이 잘 일치하였다.

보리 수확 후 관리 시스템 종류별 특성 비교

이춘우,백성범,손영구,Lee Choon-Woo,Baek Seong-Bum,Son Young-Koo 한국작물학회 2005 Korean journal of crop science Vol.50 No.suppl1

보리를 산물처리하는 4개 RPC에서 건조, 저장, 출하시스템등 보리 수확후 관리실태를 조사한 결과는 아래와 같았다. J RPC는 쌀보리를 S RPC는 겉보리를 처리하였으며, 운반은 S RPC는 3종, J RPC는 7종, S RPC는 3종류의 운반수단을 사용하였다. 수확 후 관리는 원료곡의 투입에서 저장까지 8단계를 사용하였으며, J RPC는 제망기, 2대의 열풍기, 냉풍기를 사용하였고, S RPC는 가열은 하지 않고 송풍만으로 건조를 하였다. 계량은 S RPC는 차량계근과 투입시 계량등으로 2회 계량하여 중량에 대한 신뢰성을 높였다. 건조방법은 S RPC는 $20\%$ 이하의 수분에서는 연료비를 절감하면서 급격한 열풍건조에 의한 품질변화를 방지하기 위하여 송풍만으로 건조하였다. J RPC는 냉풍기를 사용하여 저장중 곡온을 $19^{\circ}C$이하로 유지하여 품질의 변화를 방지하고 있었다. 처리한 물량은 J RPC는 정맥후 1, 40kg단위로 년중 출하하고 S RPC는 원료곡을 산물로 9월 말 이전에 출하를 완료하였다. 본 조사의 결론은 보리 재배맥종이나 경영방향에 적합하게 보리 수확 후 관리 특성이 차이가 있었고, 농촌인구의 고령화에 따라 쉽게 보리농사를 지을 수 있는 보리산물처리에 대한 정책지원이 더 증가하여야 할 것으로 사료되었다. This survey was conducted to know the post-harvest bulk treatment system for barley, The tendency of barley-bulk treatment in 4 RPC was gradually increased up to 4,458 ton in 2001, but after that time, the amounts was decreased 1,0731on in 2003. There was the big difference on the circulated and the continued systems that was the kinds of drying system they use. The barleys, the harvest and the conveyance method was different on RPCs. Naked barley was only treated, and $90\%$ barley was harvested by the consignment in J RPC, otherwise unhulled barley was treated, and there did not used the consignment in S RPC. Small and mulit combine was used to harvest, and the ratio of bulk was up to $90\%$ in J RPC, but small combine was only used and ratio of bulk was at most $5\%$ in S RPC. It was sell by 1kg in polished and 40kg unpolished barley around year in J RPC, but it was sell by bulk to september in S RPC.

사료용 옥수수 신품종 '양안옥'의 생육특성 및 수량성

손범영,백성범,김정태,이진석,구자환,김선림,정건호,권영업,지희정,허창석,박종열,Son, Beom Young,Baek, Seong Bum,Kim, Jung Tae,Lee, Jin Seok,Ku, Ja Hwan,Kim, Sun Lim,Jung, Gun Ho,Kwon, Young Up,Ji, Hee Jung,Huh, Chang Suk,Park, Jong Yeol 한국초지조사료학회 2013 한국초지조사료학회지 Vol.33 No.2

양안옥은 다수성 사료용 옥수수 품종 개발을 목표로 2012년에 농촌진흥청 국립식량과학원에서 자식계통 KS164과 KS163을 교잡하여 육성한 다수성 단교잡종이다. 양안옥의 종피색은 황오렌지색이며 입질은 중간종이다. 양안옥은 2007~2008년 동안 생산력검정시험을 거쳐, 2009~2012년까지 3년간 4지역에서 지역적응시험을 실시하였다. 그 결과 우수성이 인정되어 2012 농작물 직무육성 신품종으로 결정되었고 양안옥으로 명명하였다. 양안옥의 출사일수는 대비 품종인 광평옥보다 2일 빠르다. 간장은 광평옥과 유의한 차이는 없으나 착수고율은 광평옥보다 높고 도복은 광평옥과 비슷한 정도로 강하며 후기녹체성과 이삭비율도 광평옥과 유의한 차이는 없다. 양안옥의 깨씨무늬병은 광평옥과 비슷한 중강의 저항성을 보이며, 그을음무늬병도 광평옥과 같이 강한 편이다. 검은줄오갈병, 이삭썩음병 및 조명나방도 광평옥과 같이 중 정도의 저항성을 보인다. 양안옥의 건물수량은 17.45 톤/ha이며, TDN수량은 11.96 톤/ha로 광평옥과 유의한 차이는 없었다. 양안옥의 종실수량은 8.32 톤/ha로 장다옥과 유의한 차이는 없었다. 4 : 1 (모본 : 부본) 재식비율로 동시 파종하여 채종 시험한 결과 모본의 출사기와 부본의 화분비산기간이 일치하며 채종수량은 1.79 톤/ha이었다. 양안옥은 전국적으로 재배가 가능하다. 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.

잡초성 귀리의 수집지역에 따른 생태적 특성 차이

이춘우(Choon-Woo Lee),백성범(Seong-Bum Baek),성정숙(Jung-Sook Sung),서세정(Sea-Jung She) 韓國雜草學會 2005 Weed&Turfgrass Science Vol.25 No.4

내도복 단교잡 사료용 옥수수 신품종 ‘청다옥’

손범영(Beom-Young Son),백성범(Seong-Bum Baek),김정태(Jung-Tae Kim),이진석(Jin-Seok Lee),김선림(Wook-Han Kim),정건호(Jae-Hwan Roh),김욱한(Sun-Lim Kim),노재환(Gun-Ho Jung),권영업(Young-Up Kwon),지희정(Hee-Jung Ji),허창석(Chang-Suk Huh) 한국육종학회 2014 한국육종학회지 Vol.46 No.2

Cheongdaok, a new single maize (Zea mays L.) variety, was developed by the maize breeding team at the National Institute of Crop Science (NICS), RDA in 2010. This high-yielding hybrid was produced by crossing two inbred lines, KS159 and KS155. KS159 is the seed parent and KS155 is the pollen parent of Cheongdaok. It is a yellow dent maize hybrid. After the preliminary yield trial and advanced yield trial of Cheongdaok in Suwon for two years, the regional yield trial was subsequently carried out for evaluation of its growth characteristics and yield at four different locations from 2008 to 2010. The silking date of Cheongdaok is one day earlier than that of the check hybrid, Kwangpyeongok. Compared to Kwangpyeongok, Cheongdaok show short in plant height and low in ear height ratio. It has resistance to lodging. The stay-green degree and the ear ratio of Cheongdaok are 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 20.24 ton/ha and the total digestible nutrient (TDN) yield (13.80 ton/ha) of Cheongdaok were similar to Kwangpyeongok. The grain yield (8.51 ton/ha) of Cheongdaok was higher than that of Jangdaok. The seed production of Cheongdaok was well processed due to a good synchronization of flowering period during crossing between the seed parent KS159 and the pollen parent KS155, and the F1 seed yield was 1.8 ton/ha in Yeongwol.

보리밭 잡초성 귀리의 화학적 방제에 관한 연구

이춘우(Choon-Woo Lee),백성범(Seong-Bum Baek) 한국잡초학회 2008 한국잡초학회 별책(학술대회 초록집) Vol.28 No.2