• Title/Summary/Keyword: 지역진흥

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Temperature Data-Based Assessment of the Marginal Heading Dates and the Growth Duration of Rice in the Regions of North Korea (북한 지역의 기온 자료를 활용한 벼 출수 한계기 및 재배 기간 분석)

  • Yang, Woonho;Kang, Shingu;Kim, Sukjin;Choi, Jong-Seo;Park, Jeong-Hwa
    • Korean Journal of Agricultural and Forest Meteorology
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    • v.20 no.4
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    • pp.284-295
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    • 2018
  • The safe and late marginal heading dates (SMHD, LMHD), cropping probability, and growth duration of rice were assessed using temperature data in the 27 regions of North Korea. The medians of SMHD and LMHD ranged Jul. 16 and Jul. 27 in Hyesan to Aug. 18 and Aug. 28 in Haeju, respectively, except Changjin, Pungsan, and Samjiyon that did not show any of the SMHD and LMHD. The medians of the days from early marginal transplanting date (EMTD) to heading date ranged 51 days in Hyesan to 109 days in Pyongyang for SMHD and those were delayed by 9~15 days for LMHD, compared to SMHD. Nineteen regions (Kaesong, Haeju, Yongyon, Singye, Sariwon, Nampo, Pyongyang, Anju, Kusong, Sinuiju, Changjon, Wonsan, Hamhung, Pyonggang, Yangdok, Huichon, Supung, Sinpo, Kanggye) and additional four regions (Kimchaek, Chongjin, Sonbong, Chunggang) had the rice cropping probability higher than 80% when analyzed based on the SMHD and LMHD, respectively. The representative SMHD ranged Jul. 24 for Pyonggang to Aug. 12 for Haeju. Compared to the days from EMTD to SMHD, those from EMTD to LMHD were delayed by 9~17 days. When applied SMHD, thirteen regions (Yangdok, Kanggye, Huichon, Supung, Yongyon, Kusong, Anju, Sinuiju, Singye, Pyongyang, Kaesong, Nampo, Sariwon) had the appropriate range of cumulative temperature during grain filling (CT) for grain yield and quality. Sinpo, Hamhung, Pyonggang, Wonsan, Changjon, and Haeju had the CT higher than $1,300^{\circ}C$. It is supposed that rice cropping could be extended to the regions where LMHD-applied cropping probability was higher than 80%. Delaying the heading date than SMHD could be also considered in the regions where the days to SMHD is small but CT is large.

지역정보검색 야후! 거기 VS 네이버 지역정보

  • Kim, Mun-Yeong
    • Digital Contents
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    • no.8 s.147
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    • pp.42-45
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    • 2005
  • 이 동네에서 가장 맛있는 한정식집은 어디일까? 꽃배달을 주문하려면 어디로 전화해야 할까? 사람들이 일상을 통해 가장 빈번히 찾는 정보가 바로 지역 업소정보일 것이다. 여행차 혹은 업무차 찾아간 지역에서 괜찮은 음식점을 찾는 일에서부터 새로 이사한 동네에서 필요한 물품과 서비스를 조달하는 일 등 모두 정확한 정보를 필요로 하는 일이다. 인터넷 포털 사이트들은 지역별로 특화된 밀착된 정보를 제공하며 인터넷을 더 가깝고 더 유용한 매체로 만들어가고 있다. 지역정보 검색 서비스는 각 지역 업체, 업소들의 새로운 홍보수단으로도 각광 받고있으며이를통해포털업체들은새로운수익모델을발굴하고있다.

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A New Rice Variety with Good Qualilty and Multiple Diseases Resistance "Sangok" (중생 고품질 복합내병성 신품종 벼 "상옥")

  • Park, No-Bong;Yang, Sae Jun;Kwak, Do-Yeon;Oh, Byeong-Geun;Song, You-Chun;Lee, Jeom-Sik;Yeo, Un-Sang;Ha, Woon-Goo;Yi, Gi-Hwan;Chang, Jae-Ki;Lim, Sang-Jong;Nam, Min-Hee;Lee, Jong-Hee;Keun, Oh-Kyeong;Park, Dong-Soo;Hwang, Heung-Gu;Kim, Ho-Yeong;Kim, Soon-Chul
    • Korean Journal of Breeding Science
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    • v.41 no.4
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    • pp.515-519
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    • 2009
  • "Sangok", is a new japonica rice variety (Oryza sativa L.), which is a midium maturing ecotype developed by the rice breeding team of National Yeongnam Agricultural Experiment Station (NYAES) in 2003. This variety was derived from the cross of Milyang 101/YR8697Acp97 (in 1988/1989 winter) and selected by combination of the bulk and pedigree breeding. The pedigree of Sangokbyeo, designated as Milyang 182 in 2000, was YR12950-B-B-B-19-2-4-2-2. It has about 79cm stature in culm length and is medium maturing. This variety is resistant to bacterial blight ($K_1$, $K_2$, and $K_3$), stripe virus and moderately resistant to leaf blast disease. Milled rice kernels of "Sangok" is translucent, clear in chalkness and good at eating quality in the panel test. The yield potential of "Sangok" in milled rice is about 5.16MT/ha at ordinary fertilizer level of local adaptability test. This cultivar would be adaptable to the southern plain of Korea below the Chungnam province by latitude from ordinary transplanting to transplanting after barley harvest.

Investigation of the Ptimum Transplanting Date for Floury Endosperm Rice to Reduce the Viviparity Rate (쌀가루 가공용 벼 품종의 수발아 발생 감소를 위한 적합 이앙시기 설정)

  • Hwang, Woon-Ha;Choi, Meong-Gue;Jeong, Jae-Hyeok;Lee, Hyen-Seok;Yang, Seo-Yeong;Lee, Chung-gun
    • KOREAN JOURNAL OF CROP SCIENCE
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    • v.66 no.4
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    • pp.289-296
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    • 2021
  • This study aimed to analyze the optimal transplanting date of the floury endosperm rice varieties Hangaru, Seolgeang, Singil, and Baromi2 allowing to reduce the viviparity rate. The viviparity rate rapidly increased with the mean temperature during the ripening stage. Therefore, to reduce the viviparity rate, we calculated the optimum heading date based on the safe heading date limit in each area so that the ripening stage occurred at lower temperatures. hen, the effects of changes in heading date were monitored by recording the transplanting date and the temperature during the growth period. The transplanting date was highly correlated with the number of heading days in the field. Therefore, the optimum transplanting date was calculated according to the transplanting date in each area. When the accumulated temperature was 700℃, if floury rice was transplanted at the optimum transplanting date, the mean temperature was approximately 20℃. When the accumulated temperature was 900℃, the mean temperature was approximately 18℃. Under these conditions, the viviparity rates of Hangaru, Seolgeang, and Singil rice were lower than 10%. However, Baromi2 showed a high viviparity rate. These results suggest that the viviparity rate of Hangaru, Seolgeang, and Singil rice can be reduced by transplanting at the optimum transplanting date. However, further research is required for pinpointing the optimum transplanting date of Baromi2 rice.