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1. Interplay of grazing intensity and topography on soil phosphorus dynamics in semiarid grasslands NSTL国家科技图书文献中心

Sun, Qi | Jia, Ruoyu ... - 《Catena》 - 2025,255 - 共11页

摘要：The bioavailability of soil* phosphorus (P* | , the specific effects grazing intensity on soil* P* | transformation of soil* P fractions. Soil P fractions were* | grazing impacts the distribution and dynamics of soil* P* | areas, biochemical processes driven by soil* organic*

关键词： Grazing intensity | Topography | Soil phosphorus fractions | Soil organic carbon | Microbial community composition | Soil pH

2. Environmental Soil Phosphorus Threshold: Is it Affected by Soil Dataset? NSTL国家科技图书文献中心

Luana Salete Celante | Nerilde Favaretto ... - 《Water, air and soil pollution》 - 2025,236(3) - 162.1～162.15 - 共15页

摘要：Degree of phosphorus saturation (DPS) and soil | soil phosphorus dataset. Datasets constituted by most | phosphorus storage capacity (SPSC) have been tested | worldwide to predict phosphorus* environmental risk in* | texture, since 2006). Soil* samples, from the same type*

关键词： Subtropical Oxisol | Pollution risk assessment | Degree of P saturation | Organic and mineral P fertilization

3. Responses of crops for diverse soil phosphorus conditions and potential crops for phytoextraction of enriched soil phosphorus NSTL国家科技图书文献中心

Mayakaduwa, Mayakadu... | Yusop, Mohd Rafii ... - 《Journal of Plant Nutrition》 - 2025,48(1/4) - 130～146 - 共17页

摘要： extract excess soil* phosphorus (P) builds up from the* | soil is still lacking. Therefore, four crops were | (0 to 200 mg P/kg soil) and screened for P | , for example in soil* A at 200 mg P/kg soil, the* | accumulation ability under high soil* P conditions. This study*

关键词： Accumulation | crops | excess | phosphorus | phytoextraction

4. Aeration treatment promotes transformation of soil phosphorus fractions to plant-available phosphorus by modulating rice rhizosphere microbiota NSTL国家科技图书文献中心

Xiao, Deshun | Tang, Xinxin ... - 《Soil & Tillage Research》 - 2025,245 - 共13页

摘要： affecting the content of available phosphorus* (P) in plant* | rhizosphere soil. However, the effect of aeration on | available P in rice rhizosphere soil* and its microbial* | soil, employing three different aeration methods | rice rhizosphere soil* via Illumina sequencing*

关键词： Phosphorus transformation | Rice rhizosphere soil | Microbial community | Phosphorus solubilizing microorganisms

5. Rational eucalypt logging site management patterns enhance soil phosphorus bioavailability and reshape phoD-harboring bacterial community structure NSTL国家科技图书文献中心

Xu, Yuxing | Li, Chao ... - 《Forest Ecology and Management》 - 2025,578 - 共11页

摘要： soil phosphorus (P) availability. Therefore | negatively affects soil* nutrient effectiveness, especially* | , exploring the response characteristics of soil* P* | mechanism of soil* P fractions under different* | practical significance for improving soil* nutrient*

关键词： Soil alkaline phosphatase | Hedley phosphorus fractions | Phosphorus bioavailability | PhoD gene

6. Contrasting maize responses to soil phosphorus and potassium availability driven by biochar under reduced irrigation NSTL国家科技图书文献中心

Wan, Heng | Hou, Jingxiang ... - 《Plant and Soil》 - 2025,508(1/2) - 677～700 - 共24页

摘要： affects soil* phosphorus (P) and potassium (K* | recognized for its potential to enhance soil* water* | retention and improve soil* fertility in agricultural* | cycles.ResultsWSB amendment decreased soil* P availability and* | amendment significantly enhanced soil* K availability*

关键词： Biochar | Alternate partial root-zone drying irrigation | Combined effects | Phosphorus | Potassium

7. Forest management impacts on soil phosphorus cycling: Insights from metagenomics in Moso bamboo plantations NSTL国家科技图书文献中心

Xiaoping Zhang | Zhiyuan Huang ... - 《Journal of Environmental Management》 - 2025,373(Jan.) - 123735.1～123735.12 - 共12页

摘要： both tropical and subtropical regions. Soil | phosphorus (P), a vital nutrient for plant growth, is | management practices affect soil* P processes in bamboo* | increased soil* inorganic P (Pi) by 61.76% and 87.39* | -management (M0), respectively, while decreasing soil

关键词： Bamboo management | Microbial functional genes | Microbial community assembly | P biogeochemistry

8. Crop domestication increased photosynthetic phosphorus-use efficiency associated with changes in leaf phosphorus fractions under low soil phosphorus conditions NSTL国家科技图书文献中心

Wang, Cai | Xu, Lin-Wei ... - 《Plant and Soil》 - 2025,509(1/2) - 915～928 - 共14页

摘要： crop domestication on leaf phosphorus* (P)-use* | ( PPUE), under low plant-available soil* P conditions* | grown in pots under low plant-available soil* P* | Background and aims. The domestication of | modern crop cultivars involved significant changes in

关键词： Domestication | Leaf P allocation | Leaf P fractions | Photosynthesis | Photosynthetic P-use efficiency

9. Effects of maize/soybean intercropping on rhizosphere soil phosphorus availability and functional genes involved in phosphorus cycling in Northwest China NSTL国家科技图书文献中心

Wang, Wenmin | Yin, Fating ... - 《Plant and Soil》 - 2025,506(1/2) - 407～420 - 共14页

摘要： mechanisms by which rhizosphere soil* microbial communities* | modulate genetic-level phosphorus* (P) availability in* | intercropping on rhizosphere soil* P availability and P cycling* | Soil organic carbon, total P, available P, and P | intercropping. Further, the content of soil* P fractions*

关键词： Functional genes | Maize/soybean intercropping | P availability | Rhizosphere

10. Microbial mechanisms of mixed planting in regulating soil phosphorus availability across different stand ages in Chinese fir plantations NSTL国家科技图书文献中心

Chang Pan | Weijie Mu ... - 《Journal of Environmental Management》 - 2025,376(Mar.) - 124314.1～124314.11 - 共11页

摘要： broadleaf species to increase soil* phosphorus (P* | soil P availability is significantly influenced by | effects of mixed planting on soil* P availability across* | study, we collected soil* samples from mixed-species* | southeastern China. We determined the soil* P fractions*

摘要：The bioavailability of soil* phosphorus (P* | , the specific effects grazing intensity on soil* P* | transformation of soil* P fractions. Soil P fractions were* | grazing impacts the distribution and dynamics of soil* P* | areas, biochemical processes driven by soil* organic*

关键词： Grazing intensity | Topography | Soil phosphorus fractions | Soil organic carbon | Microbial community composition | Soil pH

摘要：Degree of phosphorus saturation (DPS) and soil | soil phosphorus dataset. Datasets constituted by most | phosphorus storage capacity (SPSC) have been tested | worldwide to predict phosphorus* environmental risk in* | texture, since 2006). Soil* samples, from the same type*

关键词： Subtropical Oxisol | Pollution risk assessment | Degree of P saturation | Organic and mineral P fertilization

摘要： extract excess soil* phosphorus (P) builds up from the* | soil is still lacking. Therefore, four crops were | (0 to 200 mg P/kg soil) and screened for P | , for example in soil* A at 200 mg P/kg soil, the* | accumulation ability under high soil* P conditions. This study*

关键词： Accumulation | crops | excess | phosphorus | phytoextraction

摘要： affecting the content of available phosphorus* (P) in plant* | rhizosphere soil. However, the effect of aeration on | available P in rice rhizosphere soil* and its microbial* | soil, employing three different aeration methods | rice rhizosphere soil* via Illumina sequencing*

关键词： Phosphorus transformation | Rice rhizosphere soil | Microbial community | Phosphorus solubilizing microorganisms

摘要： soil phosphorus (P) availability. Therefore | negatively affects soil* nutrient effectiveness, especially* | , exploring the response characteristics of soil* P* | mechanism of soil* P fractions under different* | practical significance for improving soil* nutrient*

关键词： Soil alkaline phosphatase | Hedley phosphorus fractions | Phosphorus bioavailability | PhoD gene

摘要： affects soil* phosphorus (P) and potassium (K* | recognized for its potential to enhance soil* water* | retention and improve soil* fertility in agricultural* | cycles.ResultsWSB amendment decreased soil* P availability and* | amendment significantly enhanced soil* K availability*

关键词： Biochar | Alternate partial root-zone drying irrigation | Combined effects | Phosphorus | Potassium

摘要： both tropical and subtropical regions. Soil | phosphorus (P), a vital nutrient for plant growth, is | management practices affect soil* P processes in bamboo* | increased soil* inorganic P (Pi) by 61.76% and 87.39* | -management (M0), respectively, while decreasing soil

关键词： Bamboo management | Microbial functional genes | Microbial community assembly | P biogeochemistry

摘要： crop domestication on leaf phosphorus* (P)-use* | ( PPUE), under low plant-available soil* P conditions* | grown in pots under low plant-available soil* P* | Background and aims. The domestication of | modern crop cultivars involved significant changes in

关键词： Domestication | Leaf P allocation | Leaf P fractions | Photosynthesis | Photosynthetic P-use efficiency

关键词： Functional genes | Maize/soybean intercropping | P availability | Rhizosphere

摘要： broadleaf species to increase soil* phosphorus (P* | soil P availability is significantly influenced by | effects of mixed planting on soil* P availability across* | study, we collected soil* samples from mixed-species* | southeastern China. We determined the soil* P fractions*

关键词： Phosphorus stress | Organic phosphorus | Phosphorus-mineralizing | microorganism | Chinese fir | Mixed planting | Stand age

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：The bioavailability of soil phosphorus (P | , the specific effects grazing intensity on soil P | transformation of soil P fractions. Soil P fractions were | grazing impacts the distribution and dynamics of soil P | areas, biochemical processes driven by soil organic

关键词： Grazing intensity | Topography | Soil phosphorus fractions | Soil organic carbon | Microbial community composition | Soil pH

摘要：Degree of phosphorus saturation (DPS) and soil | soil phosphorus dataset. Datasets constituted by most | phosphorus storage capacity (SPSC) have been tested | worldwide to predict phosphorus environmental risk in | texture, since 2006). Soil samples, from the same type

关键词： Subtropical Oxisol | Pollution risk assessment | Degree of P saturation | Organic and mineral P fertilization

摘要： extract excess soil phosphorus (P) builds up from the | soil is still lacking. Therefore, four crops were | (0 to 200 mg P/kg soil) and screened for P | , for example in soil A at 200 mg P/kg soil, the | accumulation ability under high soil P conditions. This study

关键词： Accumulation | crops | excess | phosphorus | phytoextraction

摘要： affecting the content of available phosphorus (P) in plant | rhizosphere soil. However, the effect of aeration on | available P in rice rhizosphere soil and its microbial | soil, employing three different aeration methods | rice rhizosphere soil via Illumina sequencing

关键词： Phosphorus transformation | Rice rhizosphere soil | Microbial community | Phosphorus solubilizing microorganisms

摘要： soil phosphorus (P) availability. Therefore | negatively affects soil nutrient effectiveness, especially | , exploring the response characteristics of soil P | mechanism of soil P fractions under different | practical significance for improving soil nutrient

关键词： Soil alkaline phosphatase | Hedley phosphorus fractions | Phosphorus bioavailability | PhoD gene

摘要： affects soil phosphorus (P) and potassium (K | recognized for its potential to enhance soil water | retention and improve soil fertility in agricultural | cycles.ResultsWSB amendment decreased soil P availability and | amendment significantly enhanced soil K availability

关键词： Biochar | Alternate partial root-zone drying irrigation | Combined effects | Phosphorus | Potassium

摘要： both tropical and subtropical regions. Soil | phosphorus (P), a vital nutrient for plant growth, is | management practices affect soil P processes in bamboo | increased soil inorganic P (Pi) by 61.76% and 87.39 | -management (M0), respectively, while decreasing soil

关键词： Bamboo management | Microbial functional genes | Microbial community assembly | P biogeochemistry

摘要： crop domestication on leaf phosphorus (P)-use | ( PPUE), under low plant-available soil P conditions | grown in pots under low plant-available soil P | Background and aims. The domestication of | modern crop cultivars involved significant changes in

关键词： Domestication | Leaf P allocation | Leaf P fractions | Photosynthesis | Photosynthetic P-use efficiency

摘要： mechanisms by which rhizosphere soil microbial communities | modulate genetic-level phosphorus (P) availability in | intercropping on rhizosphere soil P availability and P cycling | Soil organic carbon, total P, available P, and P | intercropping. Further, the content of soil P fractions

关键词： Functional genes | Maize/soybean intercropping | P availability | Rhizosphere

摘要： broadleaf species to increase soil phosphorus (P | soil P availability is significantly influenced by | effects of mixed planting on soil P availability across | study, we collected soil samples from mixed-species | southeastern China. We determined the soil P fractions

关键词： Phosphorus stress | Organic phosphorus | Phosphorus-mineralizing | microorganism | Chinese fir | Mixed planting | Stand age

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：The bioavailability of soil* phosphorus (P* | , the specific effects grazing intensity on soil* P* | transformation of soil* P fractions. Soil P fractions were* | grazing impacts the distribution and dynamics of soil* P* | areas, biochemical processes driven by soil* organic*

摘要：Degree of phosphorus saturation (DPS) and soil | soil phosphorus dataset. Datasets constituted by most | phosphorus storage capacity (SPSC) have been tested | worldwide to predict phosphorus* environmental risk in* | texture, since 2006). Soil* samples, from the same type*

摘要： extract excess soil* phosphorus (P) builds up from the* | soil is still lacking. Therefore, four crops were | (0 to 200 mg P/kg soil) and screened for P | , for example in soil* A at 200 mg P/kg soil, the* | accumulation ability under high soil* P conditions. This study*

摘要： affecting the content of available phosphorus* (P) in plant* | rhizosphere soil. However, the effect of aeration on | available P in rice rhizosphere soil* and its microbial* | soil, employing three different aeration methods | rice rhizosphere soil* via Illumina sequencing*

摘要： soil phosphorus (P) availability. Therefore | negatively affects soil* nutrient effectiveness, especially* | , exploring the response characteristics of soil* P* | mechanism of soil* P fractions under different* | practical significance for improving soil* nutrient*

摘要： affects soil* phosphorus (P) and potassium (K* | recognized for its potential to enhance soil* water* | retention and improve soil* fertility in agricultural* | cycles.ResultsWSB amendment decreased soil* P availability and* | amendment significantly enhanced soil* K availability*

摘要： both tropical and subtropical regions. Soil | phosphorus (P), a vital nutrient for plant growth, is | management practices affect soil* P processes in bamboo* | increased soil* inorganic P (Pi) by 61.76% and 87.39* | -management (M0), respectively, while decreasing soil

摘要： crop domestication on leaf phosphorus* (P)-use* | ( PPUE), under low plant-available soil* P conditions* | grown in pots under low plant-available soil* P* | Background and aims. The domestication of | modern crop cultivars involved significant changes in

摘要： broadleaf species to increase soil* phosphorus (P* | soil P availability is significantly influenced by | effects of mixed planting on soil* P availability across* | study, we collected soil* samples from mixed-species* | southeastern China. We determined the soil* P fractions*