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Method of Environmental-Friendly Fertilization for Rice Cultivation after Vegetable Copping in Green House Soil
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 Title & Authors
Method of Environmental-Friendly Fertilization for Rice Cultivation after Vegetable Copping in Green House Soil
Jeon, Weon-Tai; Lee, Jae-Sang; Park, Ki-Do; Park, Chang-Yeong; Roh, Sug-Won; Yang, Won-Ha;
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Green house soils have been intensively cultivated with excessive application of compost and chemical fertilizer for vegetable growth. The objective of this study was to establish the reasonable fertilizer application system for rice cultivation in green house soil. Field experiment was carried out with rice cv. Geumo-byeo 1 in Jisan series soil (fine loamy, mixed, mesic family of Fluventic Haplaquepts) that was previously cropped with green pepper (Capsicum annuum L.) for the last 3 years. Treatment consisted of conventional fertilization , no basal fertilization, 50% reduction of basal fertilization no top dressing, bulk blending fertilizer, and no fertilizer. The value of pH, available phosphate, and exchangeable potassium after experiment was lower than those before experiment while organic matter content was not difference in all treatment. The value of salt elusion was the highest in no basal fertilization plot. The amount of in soil was higher in growth stage of rice as fertilizer amount increased in 1998. The changes of plant height and tiller were higher as fertilizer amount increased. Thousand-grain weight as yield component was higher in no basal fertilization plot all the year because of decreasing panicle. There was no significant difference in rice yield between treatments in 1998. However, conventional fertilization resulted in significantly increased rice yield in 1999. Nitrogen use efficiency was the highest in no basal fertilization plot in 1998 and in conventional fertilization plot in 1998. Our results suggest that no basal fertilization be best to increase salt elusion with slightly increased yield in first year for rice cropping after vegetable harvesting, which method improves fertilization efficiency. However, conventional fertilization was good for second rice cropping after vegetable harvesting in greenhouse.
Environmental-Friendly;Rice;Fertilization;Green house soil;Soil nutrients;
 Cited by
고품질 복합내병성 조생종 벼 신품종 "주남조생",이종희;여운상;이점식;강종래;곽도연;박동수;조준현;송유천;박노봉;김춘송;이기환;임상종;오병근;신문식;

한국육종학회지, 2009. vol.41. 2, pp.149-153
중생 소득작물 후작지 적응 벼 품종 '만종',이종희;박동수;조준현;송유천;전명기;곽도연;김춘송;여운상;이지윤;김상열;정국현;박노봉;한상익;이기환;오병근;신문식;강종래;오성환;황흥구;강항원;안진곤;

한국육종학회지, 2011. vol.43. 6, pp.611-615
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