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2021•PubMedRequires access

Effects of long-term phosphorus application on crop yield, phosphorus absorption, and soil phosphorus accumulation in maize-wheat rotation system.

Qing-Kai Ji, Dong Wang, Wen-Bao Yang, Yan-Ru Han, Wenqi Ma, Jing Wei

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Abstract

in Hebei fluvo-aquic soil could ensure the high crop yield, keep the phosphorus utilization efficiency at a high level, and reduce soil phosphorus accumulation and environmental risks.

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in Hebei fluvo-aquic soil could ensure the high crop yield, keep the phosphorus utilization efficiency at a high level, and reduce soil phosphorus accumulation and environmental risks.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

in Hebei fluvo-aquic soil could ensure the high crop yield, keep the phosphorus utilization efficiency at a high level, and reduce soil phosphorus accumulation and environmental risks.

Key concepts: Phosphorus, Agronomy, Fertilizer, Phosphorus deficiency, Straw, Chemistry, Environmental science, Biology

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Effects of long-term phosphorus application on crop yield, phosphorus absorption, and soil phosphorus accumulation in maize-wheat rotation system. — Research Paper | ScholarLens