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• W4206757718 abstract "Agricultural yield of major crops is low due to the injudicious use of chemical fertilizers that affects soil fertility and biodiversity severely and thereby affecting plant growth. Soil health is regulated by various factors such as physicochemical properties of the soil, availability of micro/macronutrients, soil health indicator enzymes and microbial diversity which are essential for agriculture productivity. Thus, it is required to draw attention towards an eco-friendly approach that protects the beneficial microbial population of soil. Application of different bioinoculants and agriusable nanocompounds has been reported to enhance soil quality with increased nutrient status and beneficial bacterial population, but additive effects of combined treatments on soil microbial population are largely unknown. The present study investigated the impact of nanozeolite and nanochitosan along with two Bacillus spp. on rhizospheric microbial flora and indicator enzymes to signify soil health under field conditions on maize. Soil health was ascertained by evaluating physicochemical analysis; total bacterial counts including N, P, and K solubilizing bacteria; and soil health indicator enzymes like fluorescein diacetate hydrolysis, alkaline phosphatase, β-glucosidase, dehydrogenase, amylase, and arylesterase. Change in copy number of 16S rRNA as a marker gene was used to quantify the bacterial population using quantitative PCR (qPCR) in different treatments. Our study revealed that nanocompounds with Bacillus spp. significantly ( p &lt; 0.05) enhanced total microbial count (16.89%), NPK solubilizing bacteria (46%, 41.37%, and 57.14%), and the level of soil health indicator enzymes up to twofold over control after 20, 40, and 60 days of the experiment. qPCR analysis showed a higher copy number of the 16S rRNA gene in treated samples, which also indicates a positive impact on soil bacterial population. This study presents a valuable approach to improve soil quality in combined treatments of nanocompounds and bioinoculants which can be used as a good alternative to chemical fertilizers for sustainable agriculture." @default.
• W4206757718 created "2022-01-25" @default.
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• W4206757718 date "2022-01-07" @default.
• W4206757718 modified "2023-10-18" @default.
• W4206757718 title "Assessment of Soil Health Indicators Under the Influence of Nanocompounds and Bacillus spp. in Field Condition" @default.
• W4206757718 cites W1579784956 @default.
• W4206757718 cites W1605240828 @default.
• W4206757718 cites W1964821395 @default.
• W4206757718 cites W1988328650 @default.
• W4206757718 cites W2006875178 @default.
• W4206757718 cites W2011396628 @default.
• W4206757718 cites W2023255559 @default.
• W4206757718 cites W2033221700 @default.
• W4206757718 cites W2036227019 @default.
• W4206757718 cites W2040721750 @default.
• W4206757718 cites W2050627772 @default.
• W4206757718 cites W2060222395 @default.
• W4206757718 cites W2061981594 @default.
• W4206757718 cites W2070444318 @default.
• W4206757718 cites W2072608150 @default.
• W4206757718 cites W2086961600 @default.
• W4206757718 cites W2089774081 @default.
• W4206757718 cites W2095272389 @default.
• W4206757718 cites W2095292961 @default.
• W4206757718 cites W2105712566 @default.
• W4206757718 cites W2111858111 @default.
• W4206757718 cites W2123088611 @default.
• W4206757718 cites W2133662238 @default.
• W4206757718 cites W2136963235 @default.
• W4206757718 cites W2139520931 @default.
• W4206757718 cites W2146331300 @default.
• W4206757718 cites W2146456976 @default.
• W4206757718 cites W2155165230 @default.
• W4206757718 cites W2292042600 @default.
• W4206757718 cites W2317346336 @default.
• W4206757718 cites W2342623340 @default.
• W4206757718 cites W2513375606 @default.
• W4206757718 cites W2530269643 @default.
• W4206757718 cites W2559699343 @default.
• W4206757718 cites W2586438326 @default.
• W4206757718 cites W2603868411 @default.
• W4206757718 cites W2605136012 @default.
• W4206757718 cites W2612558946 @default.
• W4206757718 cites W2616967369 @default.
• W4206757718 cites W2620905821 @default.
• W4206757718 cites W2621263386 @default.
• W4206757718 cites W2671169680 @default.
• W4206757718 cites W2735300004 @default.
• W4206757718 cites W2755291024 @default.
• W4206757718 cites W2758852126 @default.
• W4206757718 cites W2782716834 @default.
• W4206757718 cites W2784270996 @default.
• W4206757718 cites W2789817182 @default.
• W4206757718 cites W2792709023 @default.
• W4206757718 cites W2796709177 @default.
• W4206757718 cites W2800123228 @default.
• W4206757718 cites W2801278324 @default.
• W4206757718 cites W2810326469 @default.
• W4206757718 cites W2896819968 @default.
• W4206757718 cites W2897314349 @default.
• W4206757718 cites W2921780353 @default.
• W4206757718 cites W2932654499 @default.
• W4206757718 cites W2933989132 @default.
• W4206757718 cites W2949668608 @default.
• W4206757718 cites W2952319663 @default.
• W4206757718 cites W2962151968 @default.
• W4206757718 cites W2997539359 @default.
• W4206757718 cites W3003575774 @default.
• W4206757718 cites W3011227008 @default.
• W4206757718 cites W3034495444 @default.
• W4206757718 cites W3042672112 @default.
• W4206757718 cites W3043904611 @default.
• W4206757718 cites W3082029894 @default.
• W4206757718 cites W3083917161 @default.
• W4206757718 cites W3091686433 @default.
• W4206757718 cites W3118758588 @default.
• W4206757718 cites W3119091275 @default.
• W4206757718 cites W3125999028 @default.
• W4206757718 cites W3149845084 @default.
• W4206757718 cites W3157290391 @default.
• W4206757718 cites W3158640005 @default.
• W4206757718 cites W3175326947 @default.
• W4206757718 cites W3201924566 @default.
• W4206757718 cites W3204445680 @default.
• W4206757718 cites W3206691116 @default.
• W4206757718 cites W3214181236 @default.
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• W4206757718 doi "https://doi.org/10.3389/fenvs.2021.769871" @default.
• W4206757718 hasPublicationYear "2022" @default.
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