Matches in SemOpenAlex for { <https://semopenalex.org/work/W4293149780> ?p ?o ?g. }
- W4293149780 endingPage "2133" @default.
- W4293149780 startingPage "2119" @default.
- W4293149780 abstract "Partial substitution of chemical fertilizers by organic amendments is adopted widely for promoting the availability of soil phosphorus (P) in agricultural production. However, few studies have comprehensively evaluated the effects of long-term organic substitution on soil P availability and microbial activity in greenhouse vegetable fields. A 10-year (2009–2019) field experiment was carried out to investigate the impacts of organic fertilizer substitution on soil P pools, phosphatase activities and the microbial community, and identify factors that regulate these soil P transformation characteristics. Four treatments included 100% chemical N fertilizer (4CN), 50% substitution of chemical N by manure (2CN+2MN), straw (2CN+2SN), and combined manure with straw (2CN+1MN+1SN). Compared with the 4CN treatment, organic substitution treatments increased celery and tomato yields by 6.9−13.8% and 8.6−18.1%, respectively, with the highest yields being in the 2CN+1MN+1SN treatment. After 10 years of fertilization, organic substitution treatments reduced total P and inorganic P accumulation, increased the concentrations of available P, organic P, and microbial biomass P, and promoted phosphatase activities (alkaline and acid phosphomonoesterase, phosphodiesterase, and phytase) and microbial growth in comparison with the 4CN treatment. Further, organic substitution treatments significantly increased soil C/P, and the partial least squares path model (PLS-PM) revealed that the soil C/P ratio directly and significantly affected phosphatase activities and the microbial biomass and positively influenced soil P pools and vegetable yield. Partial least squares (PLS) regression demonstrated that arbuscular mycorrhizal fungi positively affected phosphatase activities. Our results suggest that organic fertilizer substitution can promote soil P transformation and availability. Combining manure with straw was more effective than applying these materials separately for developing sustainable P management practices." @default.
- W4293149780 created "2022-08-27" @default.
- W4293149780 creator A5013151705 @default.
- W4293149780 creator A5016888447 @default.
- W4293149780 creator A5021588496 @default.
- W4293149780 creator A5059523772 @default.
- W4293149780 creator A5063479070 @default.
- W4293149780 creator A5064485848 @default.
- W4293149780 creator A5066559797 @default.
- W4293149780 creator A5079653430 @default.
- W4293149780 date "2022-07-01" @default.
- W4293149780 modified "2023-09-29" @default.
- W4293149780 title "Effects of a decade of organic fertilizer substitution on vegetable yield and soil phosphorus pools, phosphatase activities, and the microbial community in a greenhouse vegetable production system" @default.
- W4293149780 cites W1855180350 @default.
- W4293149780 cites W1968516340 @default.
- W4293149780 cites W1976189213 @default.
- W4293149780 cites W1978078501 @default.
- W4293149780 cites W1985091715 @default.
- W4293149780 cites W1989646828 @default.
- W4293149780 cites W1993036849 @default.
- W4293149780 cites W1995592814 @default.
- W4293149780 cites W1995918258 @default.
- W4293149780 cites W1997894346 @default.
- W4293149780 cites W1998692224 @default.
- W4293149780 cites W2021586624 @default.
- W4293149780 cites W2025493109 @default.
- W4293149780 cites W2027874951 @default.
- W4293149780 cites W2028007055 @default.
- W4293149780 cites W2028689353 @default.
- W4293149780 cites W2030924247 @default.
- W4293149780 cites W2044788058 @default.
- W4293149780 cites W2045197224 @default.
- W4293149780 cites W2046887800 @default.
- W4293149780 cites W2052889113 @default.
- W4293149780 cites W2053391559 @default.
- W4293149780 cites W2058863224 @default.
- W4293149780 cites W2068248597 @default.
- W4293149780 cites W2071688281 @default.
- W4293149780 cites W2073807922 @default.
- W4293149780 cites W2078461715 @default.
- W4293149780 cites W2087331143 @default.
- W4293149780 cites W2089646258 @default.
- W4293149780 cites W2090552208 @default.
- W4293149780 cites W2095353693 @default.
- W4293149780 cites W2103334726 @default.
- W4293149780 cites W2116598150 @default.
- W4293149780 cites W2116663774 @default.
- W4293149780 cites W2124200648 @default.
- W4293149780 cites W2140959043 @default.
- W4293149780 cites W2155275959 @default.
- W4293149780 cites W2215499829 @default.
- W4293149780 cites W2329301263 @default.
- W4293149780 cites W2418378517 @default.
- W4293149780 cites W2500234979 @default.
- W4293149780 cites W2516055856 @default.
- W4293149780 cites W2560292946 @default.
- W4293149780 cites W2571339625 @default.
- W4293149780 cites W2594933335 @default.
- W4293149780 cites W2603975310 @default.
- W4293149780 cites W2620943024 @default.
- W4293149780 cites W2790940542 @default.
- W4293149780 cites W2792860287 @default.
- W4293149780 cites W2793076286 @default.
- W4293149780 cites W2793382404 @default.
- W4293149780 cites W2796504924 @default.
- W4293149780 cites W2808581992 @default.
- W4293149780 cites W2885385374 @default.
- W4293149780 cites W2897298431 @default.
- W4293149780 cites W2901653357 @default.
- W4293149780 cites W2906445225 @default.
- W4293149780 cites W2913312922 @default.
- W4293149780 cites W2935801218 @default.
- W4293149780 cites W2945396696 @default.
- W4293149780 cites W2955790347 @default.
- W4293149780 cites W2962322085 @default.
- W4293149780 cites W2962327742 @default.
- W4293149780 cites W2969891391 @default.
- W4293149780 cites W2970854048 @default.
- W4293149780 cites W2982257612 @default.
- W4293149780 cites W2990419205 @default.
- W4293149780 cites W2991397787 @default.
- W4293149780 cites W2995408378 @default.
- W4293149780 cites W2999670259 @default.
- W4293149780 cites W3084493177 @default.
- W4293149780 cites W327295371 @default.
- W4293149780 cites W815352786 @default.
- W4293149780 cites W970379068 @default.
- W4293149780 doi "https://doi.org/10.1016/s2095-3119(21)63715-2" @default.
- W4293149780 hasPublicationYear "2022" @default.
- W4293149780 type Work @default.
- W4293149780 citedByCount "12" @default.
- W4293149780 countsByYear W42931497802022 @default.
- W4293149780 countsByYear W42931497802023 @default.
- W4293149780 crossrefType "journal-article" @default.
- W4293149780 hasAuthorship W4293149780A5013151705 @default.
- W4293149780 hasAuthorship W4293149780A5016888447 @default.
- W4293149780 hasAuthorship W4293149780A5021588496 @default.
- W4293149780 hasAuthorship W4293149780A5059523772 @default.