Morpho-physiological and biochemical response of maize (Zea mays L.) plants fertilized with nano-iron (Fe3O4) micronutrient
Nano-sized formulations of micronutrient iron (Fe) were found to substantially alter the
growth and metabolism of maize plants. Plants fertilized with the optimal recommended
dose of Fe in the nano-form (54 μM) registered an enhancement in morphological features,
viz. plant height, biomass (shoot and root), and diminution in antioxidant enzyme activities
than the plants fertilized with the sub-optimal dose of Fe in the macroform (salts). However,
half of the recommended dosage of Fe (27 μM) in the nano-form positively influenced leaf …
growth and metabolism of maize plants. Plants fertilized with the optimal recommended
dose of Fe in the nano-form (54 μM) registered an enhancement in morphological features,
viz. plant height, biomass (shoot and root), and diminution in antioxidant enzyme activities
than the plants fertilized with the sub-optimal dose of Fe in the macroform (salts). However,
half of the recommended dosage of Fe (27 μM) in the nano-form positively influenced leaf …
Morpho-physiological and biochemical response of maize (Zea mays L.) plants fertilized with nano-iron (Fe3O4) micronutrient.
RE Rajamanickam Elanchezhian… - 2017 - cabidigitallibrary.org
Nano-sized formulations of micronutrient iron (Fe) were found to substantially alter the
growth and metabolism of maize plants. Plants fertilized with the optimal recommended
dose of Fe in the nano-form (54 µM) registered an enhancement in morphological features,
viz. plant height, biomass (shoot and root), and diminution in antioxidant enzyme activities
than the plants fertilized with the sub-optimal dose of Fe in the macroform (salts). However,
half of the recommended dosage of Fe (27 µM) in the nano-form positively influenced leaf …
growth and metabolism of maize plants. Plants fertilized with the optimal recommended
dose of Fe in the nano-form (54 µM) registered an enhancement in morphological features,
viz. plant height, biomass (shoot and root), and diminution in antioxidant enzyme activities
than the plants fertilized with the sub-optimal dose of Fe in the macroform (salts). However,
half of the recommended dosage of Fe (27 µM) in the nano-form positively influenced leaf …
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