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The review aims to explore the chemistry, dynamics, and ecological impact of phosphorus fertilizers, emphasizing slow-release technologies.

Sustainable phosphorus delivery using advanced slow-release fertilizers: A review

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The review aims to explore the chemistry, dynamics, and ecological impact of phosphorus fertilizers, emphasizing slow-release technologies.
Systematic mapping of phosphorus fertilizer research via timeline analysis and keyword co-occurrence network analysis.
Classification of phosphorus fertilizers into water-soluble, citrate-soluble, and citrate-insoluble forms.
Assessment of nanotechnological developments for enhancing phosphorus availability and reducing environmental impact.
Identified key knowledge clusters and new research avenues in phosphorus fertilizer technology.
Critically evaluated agronomic performance and ecological effects of various phosphorus fertilizer forms.
Highlighted the need for innovative, precision-engineered slow-release fertilizers to improve phosphorus efficiency and mitigate environmental issues.

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Review examines slow-release phosphorus fertilizers for agriculture, highlighting ecological and agronomic impacts.

Kaur et al. (2026) studied this question.

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