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Rice cultivars adaptable for rice based cropping systems in a paddy field in the Yeongnam plain area of Korea

  • Received : 2018.03.13
  • Accepted : 2018.07.23
  • Published : 2018.09.30

Abstract

This study was conducted to investigate suitable rice cultivars for various rice based cropping systems in a paddy field in the Yeongnam plain area. Thirteen rice cultivars (5 early, 3 medium and 5 mid-late maturing cultivars) and three transplanting dates (June 5, June 25 and July 5) were evaluated in this study. The mid-late and early maturing cultivars for the July 5 and June 25 transplanting headed before August 30 which is the safe heading date in the Yeongnam plain area, ranging from Aug. 26 - 28 and Aug. 18 - 23, respectively. The safe harvest time of rice for double and triple cropping systems should be before the middle of October for the cultivation of the succeeding winter crops. The rice yield was the highest for the June 5 transplanting regardless of the rice cultivars, and it gradually decreased as the transplanting date was delayed from June 5 to July 5 due to a decrease in the spikelet numbers per panicle number and in the ripened grain rate. In contrast, the other yield parameters that include the panicle number per $m^2$, the 1,000-brown rice weight, and the ripened grain ratio were not significantly affected. The result indicates that based on the milled rice, heading time and harvest time, a medium maturing cultivar (Haiami and Samdeog) would be applicable to a winter barley/wheat, garlic/onion-summer rice double cropping, while a mid-late cultivar (Saeilmi, Saenuri and Hyunpoom) would be suitable for a spring potato/waxy corn-summer rice double cropping in the Yeongnam plain area. On the other hand, an early maturing cultivar (Unkwang, Jokwang and Haedamssal) would be preferable for a triple cropping because of the short growth period of rice.

Keywords

References

  1. Cho YC, Lim GJ, Park JS, Ju YC, Lee WW, Km WY. 2001. Selection of early maturing rice variety adaptable to rice-barley double cropping system in Kyonggi are. Korean Journal of Crop Science 46(S2):134-135. [in Korean]
  2. Choi HC, Cho SY, Kim KH. 1990. Varietal difference and environmental variation in protein content and/or amino acid composition of rice seed. Korean Journal of Crop Science 35:379-386. [in Korean]
  3. Choi WY, Nam JK, Kim SS, Lee JH, Kim JH, Park HK, Back NH, Choi MK, Kim CK, Jung KY. 2005. Optimum transplanting date for production quality rice in Honam plain area. Korean Journal of Crop Science 50:435-441. [in Korean]
  4. Hong KP, Joung WK, Kim YG, Song GW, Kang DJ. 2001. Rice cultivars for proceeding and succeeding cropping system with protected horticulture in southern plain area. Korean Journal of Crop Science 46:130-131. [in Korean]
  5. Hwang DY, Kim SC, Jun BT, Kim SJ. 1992. Determination of the critical transplanting date of drill-seeded infant rice seedling in southern plain area. Research Report RDA(R) 34:78-84. [in Korean]
  6. Jo KO, Woo YH, Jeong NJ, Song GS, Kim JK, Kim WT, Yun KH, Kim YS, Kim SH, Kim JS. 2017. Report of enhancement of self-sufficiency on feeding grain and forage silage. p. 523. Ministry of Agriculture, Food and Rural Affairs, Sejong, Korea. [in Korean]
  7. Kim SS, Lee SY, Kim JH, Bae SH. 1986. Optimum transplanting time for double cropping in the southern plain area. Research Report RDA(R) 28:256-259. [in Korean]
  8. Kim YD, Kang SG, Ku BI, Choi MK, Park HK, Park TS, Back NH, Kim SJ, Ko JK. 2010. Selection of suitable rice cultivars for silage barley-rice double cropping in Honam plain area. The Journal of the Korean Society of International Agriculture 22:337-340. [in Korean]
  9. Kim JK, Rha ES. 1997. Potential yielding of rice grown after barley. Theses Collection of the agricultural college. Coll. 28:1-13.
  10. Lee JH. 2001. Recent rice science. p. 316. Sunjin Moonhwa Press, Seoul, Korea. [in Korean]
  11. Won JG, Lee SH, Choi JS, Park SG, Ahn DJ, Park SD, Son JK. 2005. Yearly variation of rice quality in Gyeoungbuk province. Korean Journal of Crop Science 50(S):69-76. [in Korean]
  12. Yang WH, Kim DS, Jeon YH, Cho YC, Kim JK, Lee ML. 2004. Heading date of North Korean rice varieties in South Korea. The Journal of the Korean Society of International Agriculture 16:68-75. [in Korean]
  13. Yang WH, Yun YD, Song MT, Park RK, Lim MS, Oh YJ. 1994. Growth variation of infant rice seedling for machine transplanting under late season cultivation. RDA Journal of Agricultural Science 36:19-25. [in Korean]
  14. Yang WH, Yun YD, Oh YJ, Park RK, Kwon YW, Lee EW. 1992. Response of machine-transplanted rice in days to heading and grain yield to seeding date, period and temperature of nursery. The Journal of the Korean Society of International Agriculture 37(S1):78-79. [in Korean]
  15. Yoon ST, Kwak NI, Shin HE, Shim SI, Kim YB. 2011. Optimization of rice cultivation method for double cropping in Cheonan area. The Journal of the Korean Society of International Agriculture 23:402-409. [in Korean]
  16. Yun SH. 1998. Climate change and its impact on agricultural ecosystem. KSCS & KBS Symposium for 50th Anniversary GSNU, Korean Society of Crop Science, Jinju, Korea. [in Korean]

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