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Application of Nanotechnology in Sweet Sorghum Fertilization Grown under Water and Salt Stress Conditions
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Application of Nanotechnology in Sweet Sorghum Fertilization Grown under Water and Salt Stress Conditions
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Journal Article
Application of Nanotechnology in Sweet Sorghum Fertilization Grown under Water and Salt Stress Conditions
2020
Overview
The field experiment was carried out at privet farm in Bani Salma, Embaba, Giza Governorate, Egypt in two summer successive seasons 2017 and 2018 to study the effect of coated urea by 2% zinc oxide nanoparticles with irrigation water regime at three rates of application (50, 75 and 100%) under salt stress conditions on some plant parameters, available nitrogen loss as N-NO-3 and N-NH+4 after harvest and yield quality of sweet sorghum plant (Sorghum bicolor L. Moench var. Rix). The seeds were soaked in 2000 mg 1-1 ZnO NPs solution for 3 hours before planting. Data showed that all plant growth parameters were improved under all treatments compared to control one. Yield and yield attributes parameters followed also the same trend. Application of U-ZnO NPs in combination of irrigation water regime under salt stress conditions significantly reduced the available N losses through the soil profile depth. Among all rates of U-ZnO NPs in combination with irrigation water regime under salt stress conditions, rate of 75% recorded the highest response effect in mitigating water and salt stresses. It could be concluded that zinc oxide nanoparticles are more effective and efficient in rationalization and mitigating water and salt stresses on sweet sorghum plants.
Publisher
المجمع العلمي المصري
Subject
