HIGHLIGHTS
SUMMARY
Rassam at el. Rehab et. al. Were gradually reduced with increasing sulphur, humic acid, and silver nanoparticle rates. Rehab et. al. The results indicated that sugar %, total soluble solids %, purity %, and white sugar content were significantly affected by irrigation treatments (canal water and agricultural drainage water). The results in same Table 4, revealed that the rates of soil amendment (sulphur, humic acid and silver nanoparticles) fertilization resulted in significant differences in sugar %, total soluble solids %, purity %, and white sugar %mean values, which were gradually increased with increasing sulphur, humic acid and silver nanoparticles rates . . .
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