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《Acta Agriculturae Universitatis Jiangxiensis》 2011-06
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Organic Acid Content of Flue-cured Tobacco in Different Types of Soil

YIN Guang-ting1,ZHOU Ji-heng1KUANG Yong2, MAO Zhen-ping1,HE Yi3,WANG Xiao-bing1,PENG Yan1(1.Research Centre of Tobacco Engineering and Technology,Changsha 410128,China;2.Division for Science&Technology,Changsha 410128,China;3.Tobacco administration of Guizhou Tobacco Company,Guiyang 550000,China)  
To explore the effects of soil types on the content of non-volatile organic acid composition in Flue-cured tobacco,this essay analyzes non-volatile organic acids in tobacco components and the relationship between soil nutrient content by using correlation analysis,multiple linear regression and path analysis with different soil types and tobacco samples from Shidian County,Yunnan.The results indicate that the relationship is:(1) There are significant differences in organic acid contents in three types of soil;the contents of lauric acid and myristic acid of higher falty acids are significantly different,but the differences in the contents of palmitic acid,linoleic acid,oleic acid and stearic acid are not significant.(2) There is a significant positive correlation between the contents of multiple organic acids in tobacc on leaves on three types of soil and soil ph and available K,the correlation coefficient is 0.69;and the multiple organic acid contents are negatively correlated significantly with soil organic matter,nitrogen and available phosphorus,the correlation coefficients are-0.94,-0.95,-0.88 respectively;and higher fatty acid contents and soil nutrient content are not significantly correlated,(3) From the path analysis of the total amount of multiple organic acids in tobacco leaves and soil nutrients,it can be concluded that organic matter,among all the soil nutrients,has most obvious and direct impact on the total amount of multiple organic acids,followed by pH,nitrogen,available potassium,available phosphorus,but only pH value has positive effect.
【Fund】: 国家烟草专卖局项目(11020041012);; 云南省烟草公司项目(04A02)
【CateGory Index】: S572
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