Comprehensive evaluation on the effect of chemical regulation agent on rice injured by insufficient illumination during its heading-filling period

Abstract

CLC Number:

Q946

WEI Chaoling, LIU Minhua, LI Lin. Comprehensive evaluation on the effect of chemical regulation agent on rice injured by insufficient illumination during its heading-filling period[J]. Chinese Journal of Applied Ecology, 2001, (1): 55-58.

References

[1] Deng J-L(邓聚龙).1992. Theoretical Course of Study of Grey System. Wuhan: Huazhong Science-Engineering University Press. (in Chinese)
[2] Deng J-L(邓聚龙).1996. The Basic Methods of Grey System. Wuhan:Huazhong Science-Engineering University Press.(in Chinese)
[3] He Zh-X(贺仲雄).1983. Fuzzy Mathematics, Its Application.Tianjin:Tianjin Science, Technology Press.(in Chinese)
[4] Janardhan KV et al.1980.Effect of low light during vegetative stage on photosynthesis, growth attributes in rice. Indian J Plant Physiol,2:23～26
[5] Li L(李林)et al. 1991. General situation about insufficient illumination in rice. Cult Planting (耕作与栽培),2:62～63(in Chinese)
[6] Li L(李林)et al. 1994. Mechanism of the impact of gloomy disasters on rice, its controlled technology 1. Simulating the influence of gloomy disasters on rice yield during the tillering stage. Chin J Agr Meteorol (中国农业气象),15(2):28～32 (in Chinese)
[7] Li L(李林)et al. 1994. Mechanism of the impact of gloomy disasters on rice, its controlled technology. 2. Machanism of impact on simulated insufficient illumination during the grain-filling period on rice yield. Chin J Agr Meteorol (中国农业气象),15(3):5～9(in Chinese)
[8] Li L(李林),Liu M-H(刘敏华)et al. 1997. Effects of light quality environment under simulated-cloudy conditions during vegetative growth stage on rice development, yield formation. Chin J Agr Meteorol(中国农业气象),18(2):1～5(in Chinese)
[9] Li L(李林),Sha G-D(沙国栋).1987. Studies on insufficient illumination during the heading-filling stage. Chin J Agr Meteorol (中国农业气象),8(2):11～16(in Chinese)
[10] Li L(李林),Sha G-D(沙国栋).1990. Studies on insufficient illumination during the tillering stage of rice. Chin J Agr Meteorol (中国农业气象),11(3):12～15(in Chinese)
[11] Li L(李林),Yao Y-K(姚永康)et al. 1997. Analysis of the environment of light quality for the effects of cloudy days on rice yield formation during flowing-filling period. Jiangsu J Agr Sci(江苏农业科学)13(3):139～142(in Chinese)
[12] Li L(李林),Yao Y-K(姚永康)et al. 1998. Studies on the conditioning, contrilling of light quality environment of rice colonies under simulate cloudy conditions during flowering-filling period. Chin J Agr Meteorol (中国农业气象),19(2):1～4(in Chinese)
[13] Li L(李林),Zhang G-Sh(张更生)et al. 1994. Preliminary studies on characteristics of the radiant spectrum causing the formation of insufficient illumination impairment during rice flowering-filling period.Chin J Rice Sci (中国水稻科学),8(2):91～96(in Chinese)
[14] Li L(李林),Zhang G-Sh(张更生).1994. Mechanism of the impact of gloomy disasters on rice, its controlled technology. 3. The difference of the response to insufficient illumination among different rice cultivars. Chin J Agr Meteorol (中国农业气象),15(6):1～6(in Chinese)
[15] Murty KS. 1987. Effect of low-light intensity on growth, yield in rice. Weather, Rice. Philippines: IRRI Press. 93～101
[16] Nayak SK et al. 1979. Photosynthesis, translation in rice during ripening as influenced by different light intensities. J Nuclear Agri Biol,8:23～25
[17] Reddy et al. 1995. Effect of low light on photosynthetic characters in high, low NAR types of rice varieties. Mysore J Agri Sci, 29(3):199～203
[18] Shi Sh(石山). 1987. Applied Software of Computer, Agricultural System Engineering. Jinan: Shandong Science, Technology Press.(in Chinese)
[19] Wang Q(王琦).1992. Applied Fuzzy Mathematics (Revise). Beijing: Science, Technology Documentation Press. (in Chinese)