FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4385371129> ?p ?o ?g. }

• W4385371129 endingPage "107408" @default.
• W4385371129 startingPage "107408" @default.
• W4385371129 abstract "Potassium (K) is the most commonly neglected macronutrient in global change, especially in acidified areas. Lime is a typical management to eliminate soil acidification in agroecosystem soils; however, its impact on soil K dynamics remains inconsistent under different acidic environments. Here, we combine a meta-analysis based on 407 observations from 89 papers and a long-term experiment to investigate the effect and main driving factors of liming on soil K change. The meta-analysis showed that lime application significantly reduced topsoil exchangeable K (EK) content by an average of 4.8% globally. The decrease in topsoil EK content due to liming depended on various soil properties, crop types, fertilizer regimes, and experiment types. Boosted regression tree analysis showed that initial soil exchangeable K (IEK) and pH were the main factors affecting soil EK change under the lime application. The field experiment results further evidence that the decrease of soil EK after the lime application was mainly due to increased K uptake by the crop, and EK transformed to non-exchangeable K (NEK). The application of lime has a greater impact on reducing subsoil EK content at a higher IEK thresholds. Soil EK showed a significant negative relationship with exchangeable calcium (Ca) and a significant positive relationship with exchangeable aluminum (Al). Redundancy analysis revealed that K input (KI), IEK, lime, Ca, Al, pH, and exchangeable magnesium significantly affected the K in soil and crops. The partial least squares path model showed that lime application and IEK levels combined indirectly influence soil K (EK and NEK) by directly affecting soil Ca and Al, K uptake, and K balances. The findings highlight the importance of the lime effect on K management in globally adverse environmental agroecosystems and indicate the key role of initial soil EK levels and acidification degree for regulating crops to excavate the subsoil potassium when subjected to liming." @default.
• W4385371129 created "2023-07-29" @default.
• W4385371129 creator A5020257647 @default.
• W4385371129 creator A5030537548 @default.
• W4385371129 creator A5039084091 @default.
• W4385371129 creator A5042633655 @default.
• W4385371129 creator A5048051082 @default.
• W4385371129 creator A5052072267 @default.
• W4385371129 creator A5062250759 @default.
• W4385371129 creator A5064754525 @default.
• W4385371129 creator A5068521274 @default.
• W4385371129 creator A5070875477 @default.
• W4385371129 date "2023-11-01" @default.
• W4385371129 modified "2023-10-17" @default.
• W4385371129 title "Soil potassium regulation by initial K level and acidification degree when subjected to liming: A meta-analysis and long-term field experiment" @default.
• W4385371129 cites W1976885216 @default.
• W4385371129 cites W1982456630 @default.
• W4385371129 cites W1984384695 @default.
• W4385371129 cites W1985490873 @default.
• W4385371129 cites W1988694014 @default.
• W4385371129 cites W2005369085 @default.
• W4385371129 cites W2016510835 @default.
• W4385371129 cites W2036394555 @default.
• W4385371129 cites W2065762344 @default.
• W4385371129 cites W2070820872 @default.
• W4385371129 cites W2071130760 @default.
• W4385371129 cites W2097708959 @default.
• W4385371129 cites W2135695572 @default.
• W4385371129 cites W2177864157 @default.
• W4385371129 cites W2210626031 @default.
• W4385371129 cites W2211701179 @default.
• W4385371129 cites W2284098052 @default.
• W4385371129 cites W2304184235 @default.
• W4385371129 cites W2464736327 @default.
• W4385371129 cites W2599693217 @default.
• W4385371129 cites W2743423301 @default.
• W4385371129 cites W2751532507 @default.
• W4385371129 cites W2767420452 @default.
• W4385371129 cites W2793553218 @default.
• W4385371129 cites W2803258394 @default.
• W4385371129 cites W2807953403 @default.
• W4385371129 cites W2808716857 @default.
• W4385371129 cites W2886063543 @default.
• W4385371129 cites W2888685910 @default.
• W4385371129 cites W2893484170 @default.
• W4385371129 cites W2897193935 @default.
• W4385371129 cites W2910194982 @default.
• W4385371129 cites W2914806754 @default.
• W4385371129 cites W2921375336 @default.
• W4385371129 cites W2947666472 @default.
• W4385371129 cites W2965725025 @default.
• W4385371129 cites W2982698526 @default.
• W4385371129 cites W2990487179 @default.
• W4385371129 cites W2993891889 @default.
• W4385371129 cites W2998573565 @default.
• W4385371129 cites W2998845379 @default.
• W4385371129 cites W3006297587 @default.
• W4385371129 cites W3045706532 @default.
• W4385371129 cites W3082023159 @default.
• W4385371129 cites W3098678829 @default.
• W4385371129 cites W3133652466 @default.
• W4385371129 cites W3135663727 @default.
• W4385371129 cites W3137645408 @default.
• W4385371129 cites W3158340439 @default.
• W4385371129 cites W3186188730 @default.
• W4385371129 cites W3192054346 @default.
• W4385371129 cites W3196016128 @default.
• W4385371129 cites W3203654341 @default.
• W4385371129 cites W3205916860 @default.
• W4385371129 cites W3208441405 @default.
• W4385371129 cites W3208592396 @default.
• W4385371129 cites W3213614676 @default.
• W4385371129 cites W4200562654 @default.
• W4385371129 cites W4214864779 @default.
• W4385371129 doi "https://doi.org/10.1016/j.catena.2023.107408" @default.
• W4385371129 hasPublicationYear "2023" @default.
• W4385371129 type Work @default.
• W4385371129 citedByCount "0" @default.
• W4385371129 crossrefType "journal-article" @default.
• W4385371129 hasAuthorship W4385371129A5020257647 @default.
• W4385371129 hasAuthorship W4385371129A5030537548 @default.
• W4385371129 hasAuthorship W4385371129A5039084091 @default.
• W4385371129 hasAuthorship W4385371129A5042633655 @default.
• W4385371129 hasAuthorship W4385371129A5048051082 @default.
• W4385371129 hasAuthorship W4385371129A5052072267 @default.
• W4385371129 hasAuthorship W4385371129A5062250759 @default.
• W4385371129 hasAuthorship W4385371129A5064754525 @default.
• W4385371129 hasAuthorship W4385371129A5068521274 @default.
• W4385371129 hasAuthorship W4385371129A5070875477 @default.
• W4385371129 hasConcept C121923324 @default.
• W4385371129 hasConcept C127313418 @default.
• W4385371129 hasConcept C151730666 @default.
• W4385371129 hasConcept C156634047 @default.
• W4385371129 hasConcept C159390177 @default.
• W4385371129 hasConcept C159750122 @default.
• W4385371129 hasConcept C178790620 @default.
• W4385371129 hasConcept C185592680 @default.
• W4385371129 hasConcept C198072978 @default.

• next