The Co-Addition of Soil Organic Amendments and Natural Bio-Stimulants Improves the Production and Defenses of the Wheat Plant Grown under the Dual stress of Salinity and Alkalinity

awwad, elsayed; Mohamed, Ibrahim; El-Hameedb, Adel Abd; Zaghloul, Eman M.

doi:10.21608/ejss.2022.148406.1513

Cited by 14 publications

(20 citation statements)

References 26 publications

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“…This finding may be due to the high moisture capacity of filter mud addition compared with soil mineral particles sand and also, may be attributed to the role of organic matter for stable aggregates forming which improve soil moisture retention (Seddik et al, 2016). In addition, the effect of organic acids, which formed either during decomposition of organic amendments, may be helpful development of soil physical properties (Negim and Mustafa, 2016;Awwad et al, 2022).…”

Section: ________________________________mentioning

confidence: 99%

“…However, the beneficial effects of the combined treatments might be due to the stimulation integration between potassium sulfate fertilizers and FM where increasing soil fertility and enhancing the availability of some essential plant nutrients, which reflected on improving the vegetative growth of faba bean plants as well as increasing the hay and seed yields. Also, this simulative effect may be due to the role of potassium on production of active enzyme and enhanced translocation of assimilative and photosynthesis (El-Desuki et al, 2006;Gransee and Führs, 2013;Neuhaus, 2013;Awwad et al, 2022;Omara and Farrag, 2022).…”

Section: Yield Parameters Of Faba Beenmentioning

confidence: 99%

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Application of Filter Mud with Potassium and Magnesium Fertilizers to Improve Sandy Soil Properties and its Productivity of Faba Bean Plant

Nada

Hamad

Abo-Elela

et al. 2022

EBSS

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The experiments were established to study the effect of filter mud with K and Mg fertilizers on physical and chemical properties of sandy soil and its productivity of faba bean plant (Vicia faba L., c.v. 843). A split-split plot design with three replicates was applied. The obtained results showed, the filter mud levels at the same K and Mg levels improved soil physical and chemical properties. There are noticeable increases in total porosity, fine capillary pores, water holding pores, available water (AV), EC, organic matter (OM), penetration resistance (PR) and soil available N, P, K and Mg. On the contrary, there was a decrease in soil pH, bulk density, hydraulic conductivity and quickly drainable pores as compared with the control. The best combined treatment for the parameters under study was at rate of 20 Mgha -1 (FM2) with 119 kgha -1 for potassium (PF2) and magnesium (MF1). Addition of filter mud integrated with potassium and magnesium fertilizers, led to an increase in all yield parameters of faba bean i.e. total yield, seeds yield and straw yield (kgfed -1 ) as compared to the control. These results can be recommended that, using filter mud at rate of 20 Mgha -1 (FM2) with K and Mg fertilizers leads to improve the physiochemical properties of sandy soils and plant productivity which reduces the used of mineral fertilizers.

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Section: ________________________________mentioning

confidence: 99%

Section: Yield Parameters Of Faba Beenmentioning

confidence: 99%

Application of Filter Mud with Potassium and Magnesium Fertilizers to Improve Sandy Soil Properties and its Productivity of Faba Bean Plant

Nada

Hamad

Abo-Elela

et al. 2022

EBSS

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“…Salinity causes high levels of oxidative stress and imbalance in nutrients and hormonal irregularities in plants (Yang and Guo, 2018;Kumar et al, 2019;). Under salt stress conditions, these adverse effects drastically reduce plant production (Abdrabou et al, 2022;Awwad et al, 2022). Egypt.…”

Section: Introductionmentioning

confidence: 99%

Interactive Effects of K-Humate, Proline and Si and Zn Nanoparticles in Improving Salt Tolerance of Wheat in Arid Degraded Soils

et al. 2022

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Silicon (Si) and zinc (Zn) nanoparticles (NPs) and foliar application of proline have been used in alleviating salt stress and enhancing wheat productivity, but the effectiveness of these materials may be enhanced when supplying the sandy degraded soil with organic amendments, e. g., potassium humate (KH). The response of wheat to spraying with a mixture of proline and NPs of Si and Zn in the presence of soil additions of KH needs further clarification, especially in low fertile sandy soils. A split-plot design with three replicates was used to carry out a two-season field experiment in a sandy saline soil (11 dS m −1 ). The K-humate doses (0, 10, and 20 kg ha −1 ) were placed in the main plots, while the foliar spraying of proline and NPs were placed in the subplots. The foliar spraying treatments were: water, proline, Si NPs, Zn NPs, Si + Zn NPs, and proline + Si + Zn NPs. The obtained results showed that the soil organic matter (SOM) significantly increased by 13% when K-humate was added at the dose of 20 kg ha −1 . The addition of 20 kg ha −1 of K-humate improved the soil's available N, P, and K by 38, 67, and 21% and enhanced the uptake of these nutrients by 6, 13, and 12%, compared to the non-amended soil. Wheat grain, straw, and biological yield increased by 26, 45, and 38%, respectively, when the K-humate increased from 0 to 20 kg ha −1 . The grain, straw, and biological yield increased by 21, 26, and 24%, respectively, as a result of foliar spraying of proline + Si + Zn NPs. The addition of K-humate (20 kg ha −1 ) enhanced the leaf chlorophyll and boosted the K + /Na + ratio by 36%, compared to the control. Chlorophyll and proline levels in wheat leaves were markedly raised by foliar application of proline and Si and Zn NPs. The soil application of K-humate and the exogenous application of proline improved the effectiveness of Si and Zn NPs in minimizing the adverse effects of salt stress. It is not recommended to only apply silicon and zinc nanoparticles via foliar spraying; an integrated parenteral management plan that depends on the addition of organic amendments to the saline sandy soils is also required.

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“…62, No. 4 (2022) (El-Hadidi et al, 2020Zein et al, 2020;Sary, 2021;Abd-Elzaher et al,2022;Awwad et al, 2022).…”

Section: Introductionunclassified

Titanium: An Element of Non-Biological Atmospheric Nitrogen Fixation and A Regulator of Sugar Beet Plant Tolerance to Salinity

elsherpiny¹,

ElGhamry²,

Ghazi

et al. 2022

Egypt.J. Soil Sci.

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HERE IS UNPRECEDENTED interest in the biological and non-biological atmospheric nitrogen fixation via some elements e.g., titanium, nickel, vanadium, etc. to reduce the inputs of mineral N-fertilizers in the future, especially under salinity conditions. Also, synthetic nitrogen fertilization could increase the impurities in the sugar beet. So, A field trial ( as an exploratory experiment) was executed in a randomized complete block design (RCBD) to highlight the role of the Ti element in non-biological atmospheric nitrogen fixation and regulating sugar beet plant tolerance to salinity conditions ( soil EC value =6.25 dSm -1 & irrigation water EC value =4.86 dSm -1 ). Treatments were as follows; T 1 : Without Ti (0.0 mg L -1 ); T 2 : Adding Ti as foliar application (5.0 mg L -1 ); T 3 : Adding Ti as foliar application (10.0 mg L -1 ); T 4 : Adding Ti as foliar application (15.0 mg L -1 ); T 5 : Adding Ti as soil injection (5.0 mg L -1 ); T 6 : Adding Ti as soil injection (10.0 mg L -1 ); T 7 : Adding Ti as soil injection (15.0 mg L -1 ); T 8 : Combination of both methods (Soil + foliar) [5.0 mg L -1 , (2.5+2.5 for each method)]; T 9 : Combination of both methods (Soil + foliar) [10.0 mg L -1 , (5.0+5.0 for each method)]; and T 10 : Combination of both methods (Soil + foliar) (15.0 mg L -1 , (7.5+7.5 for each method)]. At the harvest stage, top &roots yield and juice quality were evaluated. The findings illustrate that the difference due to the studied treatments was significant, where the sequence order of the evaluated Ti treatments from the most effective to the less was as follows;T 8 >T 2 >T 3 >T 9 >T 5 > T 6 >T 1 > T 7 >T 4 >T 10 . Through the statistical comparison among the studied treatments, it can be noticed that the combined addition method of Ti (foliar plus soil) was the most effective one then the foliar application method solely followed by the soil injection method alone. Also, the best Ti rate was 5.0 mg L -1 under all studied application methods, while plant yield parameters decreased thereafter as the Ti rate increased . Also, it can be noticed that the plant performance under the control treatment was better than that treated with 15.0 Ti mg L -1 under all studied application methods. Generally, a better understanding of titanium toxicity in plant tissues may promote risk assessment and safe use of it.

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The Co-Addition of Soil Organic Amendments and Natural Bio-Stimulants Improves the Production and Defenses of the Wheat Plant Grown under the Dual stress of Salinity and Alkalinity

Cited by 14 publications

References 26 publications

Application of Filter Mud with Potassium and Magnesium Fertilizers to Improve Sandy Soil Properties and its Productivity of Faba Bean Plant

Application of Filter Mud with Potassium and Magnesium Fertilizers to Improve Sandy Soil Properties and its Productivity of Faba Bean Plant

Interactive Effects of K-Humate, Proline and Si and Zn Nanoparticles in Improving Salt Tolerance of Wheat in Arid Degraded Soils

Titanium: An Element of Non-Biological Atmospheric Nitrogen Fixation and A Regulator of Sugar Beet Plant Tolerance to Salinity

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