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• W3196016128 endingPage "105168" @default.
• W3196016128 startingPage "105168" @default.
• W3196016128 abstract "Southern China’s paddy soils are poor in potassium (K) and rich in iron (Fe) and aluminum (Al) oxides, both of which are affected by fertilizer application. However, the response of soil K budget to long-term K fertilization and Fe and Al oxides remains unclear, especially in the subsurface horizons in different soil types. Here, four long-term fertilization treatments (no fertilizer, CK; inorganic nitrogen and phosphorus fertilizers, NP; NPK; and the combined NPK and manure, NPKM) were selected to determine the effects of K input and different forms of Fe and Al oxides on soil K status at two soil layers (0–20, surface; and 20–40 cm, subsurface) in red (Ferralsols) and purple (Cambisols) paddy soils across China. Overall, treatments where K fertilizer application was withheld had lower surface soil exchangeable K (EK), non-exchangeable K (NEK), and total K contents than treatments applied with K fertilizer. In contrast, the treatment including K with manure fertilizer increased EK and NEK contents. Regardless of fertilization regimes, the contents of EK and NEK in both soil depths of purple soil were significantly higher than those in their corresponding depths of red soil. Moreover, there were significantly lower EK and NEK contents in the subsurface layer than those in the surface layer of red soil, while no significant differences were observed in purple soil. A positive correlation was obtained between K balances and soil EK contents (P < 0.05) and the slopes of linear regressions in red soil was higher than that in purple soil. A three-way ANOVA showed that the lone and interactive effects of experimental site, fertilization regime, and soil depth significantly influenced the contents of Fe and Al oxides in both soils. The application of NPKM can inhibit the decrease of free Fe and Al oxides in the surface layer of soil and increase the amorphous and chelated Fe and Al oxides, especially in red soil. Redundancy analysis showed that the amorphous Fe and Al oxides were the most important factors for regulating surface soil EK content. The free and chelated oxides were the most important factors for regulating NEK contents in red and purple soils, respectively, particularly in subsurface soil. Our results imply that the combined application of inorganic fertilizer and manure is a viable strategy for improving soil K availability by increasing K balance and regulating the contents and forms of Fe and Al oxides in different depths of paddy soil." @default.
• W3196016128 created "2021-08-30" @default.
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• W3196016128 date "2021-10-01" @default.
• W3196016128 modified "2023-10-15" @default.
• W3196016128 title "Soil potassium regulation by changes in potassium balance and iron and aluminum oxides in paddy soils subjected to long-term fertilization regimes" @default.
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• W3196016128 cites W1970491999 @default.
• W3196016128 cites W1971451653 @default.
• W3196016128 cites W1980350410 @default.
• W3196016128 cites W1982456630 @default.
• W3196016128 cites W1989261572 @default.
• W3196016128 cites W1996257893 @default.
• W3196016128 cites W1998626467 @default.
• W3196016128 cites W200180672 @default.
• W3196016128 cites W2002955405 @default.
• W3196016128 cites W2006233420 @default.
• W3196016128 cites W2009156848 @default.
• W3196016128 cites W2016964999 @default.
• W3196016128 cites W2017010951 @default.
• W3196016128 cites W2025742867 @default.
• W3196016128 cites W2040398697 @default.
• W3196016128 cites W2048594976 @default.
• W3196016128 cites W2049766983 @default.
• W3196016128 cites W2052358260 @default.
• W3196016128 cites W2063104843 @default.
• W3196016128 cites W2066459710 @default.
• W3196016128 cites W2079083371 @default.
• W3196016128 cites W2092168367 @default.
• W3196016128 cites W2095157870 @default.
• W3196016128 cites W2103968843 @default.
• W3196016128 cites W2114022868 @default.
• W3196016128 cites W2118970011 @default.
• W3196016128 cites W2135695572 @default.
• W3196016128 cites W2146768490 @default.
• W3196016128 cites W2147822827 @default.
• W3196016128 cites W2193255861 @default.
• W3196016128 cites W2332383649 @default.
• W3196016128 cites W2364819977 @default.
• W3196016128 cites W2395624174 @default.
• W3196016128 cites W2417603676 @default.
• W3196016128 cites W2529677449 @default.
• W3196016128 cites W2560304887 @default.
• W3196016128 cites W2589426806 @default.
• W3196016128 cites W2615663847 @default.
• W3196016128 cites W2739341609 @default.
• W3196016128 cites W2751954542 @default.
• W3196016128 cites W2770072387 @default.
• W3196016128 cites W2770294875 @default.
• W3196016128 cites W2778716864 @default.
• W3196016128 cites W2781728295 @default.
• W3196016128 cites W2790426736 @default.
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• W3196016128 cites W2886063543 @default.
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• W3196016128 cites W2904240251 @default.
• W3196016128 cites W2912974994 @default.
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• W3196016128 cites W2920879431 @default.
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• W3196016128 doi "https://doi.org/10.1016/j.still.2021.105168" @default.
• W3196016128 hasPublicationYear "2021" @default.
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