数字农科院2.0

Phosphorus fractions and their transformation in coupling with organic carbon cycling after seven-year manure application in subtropical soil

文献类型： 外文期刊

作者： Jingjing Zhang;Jiaqing Huang;Jiong Wen;Zhi Peng;Nan Zhang;Yanan Wang;Yang Zhang;Shiming Su;Xibai Zeng

作者机构：

关键词： Manure application;P and C loss risk;P fractions;P- and C-coupling transformation;P- and C-cycling functional genes

期刊名称： Soil and Tillage Research

ISSN： 0167-1987

年卷期： 2025 年 251 卷

页码：

收录情况： SCIE（2025版） ; ; EI（2025版）

摘要： Phosphorus (P) is a crucial macronutrient for crop yield. Repeated swine manure application can provide considerable amounts of P and organic carbon (C) for agricultural soils. However, a deeper understanding of the transformation of soil P fractions and their coupling with organic C cycling through chemical and biological processes is urgently needed to enhance P utilization efficiency and C sequestration. A seven-year swine manure application (SSMA) experiment was conducted at varying rates (0, 7.5, 15, 30, and 45 t·ha−1 per year) to investigate the changes in P fractions, the coupling of P and C transformation, and the driving factors in acidic soils. The results revealed that SSMA significantly increased soil total P, predominantly as inorganic P (Pi), whereas organic P (Po) exhibited a limited increase and plateaued at 15 t·ha−1 manure application. The 15–45 t·ha−1 manure treatments dramatically enhanced the nonstable P fractions, particularly pH- and Ca-induced Ca8-P; moreover, Ca8-P had a greater impact on Olsen-P than Fe-P and Al-P. SSMA promoted P mobilization by increasing alkaline phosphatase activity and the abundance of P-cycling functional genes. However, the primary factors directly affecting nonstable P fractions were the elevated soil pH and soil organic carbon (SOC). Additionally, nonstable P fractions were positively correlated with O-aryl-C and ketone-C components. Swine manure applications altered organic C components by stimulating SOC-driven enzyme activities involved in organic C degradation. Organic C components were also influenced by available P and N, primarily through the abundance of genes involved in organic C fixation rather than C degradation. Furthermore, 45 t·ha−1 SSMA treatment restricted the increase in the abundance of P-cycling genes, most C-cycling genes, and dominant bacteria harboring P-cycling genes. This study provides critical insights into the coupling transformation mechanisms of P and C and highlights that excessive swine manure application impairs functional bacterial growth and organic C storage in addition to increasing the risk of P loss in agricultural soils.

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