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- W1764609359 abstract "Field experiment was carried out to study the effect of combined potassium(K) and nitrogen(N) application on yield,qualities and K uptake in ginger(Zingiber officinale) rhizome.The results showed that there was an obvious response of ginger growth and qualities to the combined N and K application.A suitable rate and ratio of K and N combined application could obviously promote ginger growth,increase rhizome yield,improve nutrition qualities and enhance K recovery efficiency.The rhizomatous yield and its components increased with the increase of K application rates as it applied with less than K_2O 450 kg/ha.The largest values of plant height,branches number,stem diameter,dry weight of shoot and weight of single rhizome were found in K_(450)(medium K application rate).The maximum rhizomatous yield was attained by the treatment of N_(450)K_(450).The results of quality analyses indicated that a suitable K and N application ratio could improve the nutrition qualities by increasing the content of vitamin C and sugar and dropping the concentration of nitrate in ginger rhizome.Combined application of N and K increased the content of vitamin C in rhizome compared single K application,and the highest content was obtained by the treatment of K_(450).But there were no significant effects of raising N application rate to vitamin C.K application increased the concentration of soluble sugar and sucrose,but it differed with the combined N and K application rate.The concentration of nitrate increased significantly with the increase of N application rate at low K application,but it showed an opposite trend with high K application rate.The lowest content of nitrate was attained in N_(375)K_(375) and N_(450)K_(450).K application significantly improved the concentration of K in ginger shoot, rhizome and total plant,and enhanced K absorption compared to control.The concentration and uptake of K in ginger shoot,rhizome and total plant also increased obviously as increased N application rate at the same K application rate.The agricultural efficiency of K was highest in K_(450) and it declined with the increase of K application rate at low rate of N application. The highest K recovery efficiency was obtained in K_(450) with two N application rates." @default.
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- W1764609359 date "2009-01-01" @default.
- W1764609359 modified "2023-09-22" @default.
- W1764609359 title "Effect of combined K and N application on yield,qualities and K absorption of ginger" @default.
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