Phosphorus-mediated succession of microbial nitrogen, carbon, and sulfur functions in rice-driven saline-alkali soil remediation

Agriculture & Biology

• soil remediation 97%
• microbial nitrogen 91%
• alkalis 61%
• sulfur 56%
• phosphorus 49%
• rice 43%
• carbon 43%
• soil 33%
• remediation 32%
• soil nutrients 19%
• soil restoration 14%
• aggregate stability 12%
• soil aggregates 12%
• thiosulfates 11%
• carbon dioxide fixation 10%
• biogeochemical cycles 10%
• stoichiometry 10%
• methane production 10%
• nitrogen fixation 9%
• soil properties 9%
• food production 9%
• sulfates 8%
• physicochemical properties 7%
• oxidation 6%
• nitrogen 5%
• crops 5%

Earth & Environmental Sciences

• alkali soil 100%
• soil remediation 82%
• rice 57%
• sulfur 50%
• phosphorus 47%
• nitrogen 39%
• carbon 37%
• remediation 27%
• soil nutrient 23%
• soil 18%
• carbon fixation 14%
• aggregate stability 14%
• thiosulfate 13%
• nitrogen fixation 13%
• soil aggregate 13%
• methanogenesis 12%
• nutrient cycling 12%
• stoichiometry 12%
• food production 11%
• physicochemical property 11%
• turnover 10%
• soil property 9%
• restoration 8%
• crop 7%
• sulfate 7%
• oxidation 7%
• analysis 2%

Medicine & Life Sciences

• Alkalies 81%
• Oryza 79%
• Sulfur 78%
• Soil 71%
• Phosphorus 70%
• Carbon 65%
• Nitrogen 65%
• Nutrients 13%
• Thiosulfates 7%
• Nitrogen Fixation 7%
• Carbon Cycle 7%
• Sulfates 5%
• Food 3%