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- W4361214506 endingPage "115740" @default.
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- W4361214506 abstract "Salinity is one of the major abiotic stresses in arid and semiarid climates which threatens the food security of the world. Present study had been designed to assess the efficacy of different abiogenic sources of silicon (Si) to mitigate the salinity stress on maize crop grown on salt-affected soil. Abiogenic sources of Si including silicic acid (SA), sodium silicate (Na–Si), potassium silicate (K–Si), and nanoparticles of silicon (NPs-Si) were applied in saline-sodic soil. Two consecutive maize crops with different seasons were harvested to evaluate the growth response of maize under salinity stress. Post-harvest soil analysis showed a significant decrease in soil electrical conductivity of soil paste extract (ECe) (−23.0%), sodium adsorption ratio (SAR) (−47.7%) and pH of soil saturated paste (pHs) (−9.5%) by comparing with salt-affected control. Results revealed that the maximum root dry weight was recorded in maize1 by the application of NPs-Si (149.3%) and maize2 (88.6%) over control. The maximum shoot dry weight was observed by the application of NPs-Si in maize1 (42.0%) and maize2 (7.4%) by comparing with control treatment. The physiological parameters like chlorophyll contents (52.5%), photosynthetic rate (84.6%), transpiration (100.2%), stomatal conductance (50.5%), and internal CO2 concentration (61.6%) were increased by NPs-Si in the maize1 crop when compared with the control treatment. The application of an abiogenic source (NPs-Si) of Si significantly increased the concentration of phosphorus (P) in roots (223.4%), shoots (22.3%), and cobs (130.3%) of the first maize crop. The current study concluded that the application of NPs-Si and K–Si improved the plant growth by increasing the availability of nutrients like P and potassium (K), physiological attributes, and by reducing the salts stress and cationic ratios in maize after maize crop rotation.." @default.
- W4361214506 created "2023-03-31" @default.
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- W4361214506 date "2023-06-01" @default.
- W4361214506 modified "2023-10-13" @default.
- W4361214506 title "Effects of silicon nanoparticles and conventional Si amendments on growth and nutrient accumulation by maize (Zea mays L.) grown in saline-sodic soil" @default.
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- W4361214506 cites W1594762570 @default.
- W4361214506 cites W1881073666 @default.
- W4361214506 cites W192782139 @default.
- W4361214506 cites W1972675165 @default.
- W4361214506 cites W2002709469 @default.
- W4361214506 cites W2087054709 @default.
- W4361214506 cites W2115432017 @default.
- W4361214506 cites W2136053273 @default.
- W4361214506 cites W2148717014 @default.
- W4361214506 cites W2248864989 @default.
- W4361214506 cites W2327709671 @default.
- W4361214506 cites W2473442300 @default.
- W4361214506 cites W2518921337 @default.
- W4361214506 cites W2584849715 @default.
- W4361214506 cites W2604721361 @default.
- W4361214506 cites W2607206889 @default.
- W4361214506 cites W2783969550 @default.
- W4361214506 cites W2789699820 @default.
- W4361214506 cites W2800139988 @default.
- W4361214506 cites W2801772825 @default.
- W4361214506 cites W2808735189 @default.
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- W4361214506 cites W2945780594 @default.
- W4361214506 cites W2985478165 @default.
- W4361214506 cites W2995663971 @default.
- W4361214506 cites W2998207446 @default.
- W4361214506 cites W3009579898 @default.
- W4361214506 cites W3010176119 @default.
- W4361214506 cites W3014318249 @default.
- W4361214506 cites W3015770052 @default.
- W4361214506 cites W3033643525 @default.
- W4361214506 cites W3036777100 @default.
- W4361214506 cites W3037209499 @default.
- W4361214506 cites W3038283655 @default.
- W4361214506 cites W3046014324 @default.
- W4361214506 cites W3080965917 @default.
- W4361214506 cites W3092060083 @default.
- W4361214506 cites W3092317950 @default.
- W4361214506 cites W3104022834 @default.
- W4361214506 cites W3112932481 @default.
- W4361214506 cites W3127175161 @default.
- W4361214506 cites W3158016373 @default.
- W4361214506 cites W3182380742 @default.
- W4361214506 cites W3198896146 @default.
- W4361214506 cites W3211015176 @default.
- W4361214506 cites W3211031536 @default.
- W4361214506 cites W3211264108 @default.
- W4361214506 cites W3213399100 @default.
- W4361214506 cites W3214952861 @default.
- W4361214506 cites W4206195940 @default.
- W4361214506 cites W4206461431 @default.
- W4361214506 cites W4210245399 @default.
- W4361214506 cites W4213099387 @default.
- W4361214506 cites W4213209319 @default.
- W4361214506 cites W4220738239 @default.
- W4361214506 cites W4247801478 @default.
- W4361214506 cites W4281705490 @default.
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- W4361214506 cites W4289515940 @default.
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- W4361214506 doi "https://doi.org/10.1016/j.envres.2023.115740" @default.
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- W4361214506 hasPublicationYear "2023" @default.
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