Research Progress and Prospect of the Utilization Characteristics of Phosphorus and Its High-efficiency Management for Peanut
Author(s): SHEN Pu, SUN Xiushan, WANG Caibin, SHI Chengren, YU Tianyi, Shandong Peanut Research Institute
Pages: 2246-2251
Year: 2015 Issue: 11
Journal: Acta Agriculturae Nucleatae Sinica
Keyword: peanut; rational fertilization; high phosphorus efficiency; potentially available phosphorus; nutrient management;
Abstract: Phosphorus( P) played important roles on the matter cycling in the peanut( Arachis hypogaea L.) field ecosystems. Studies on the demand and supply characteristics of P and its high-efficient management were crucial to solve the problems of resource depletions and environmental risks. The present study summarized the domestic and foreign researches on P demand-supply characteristics,P absorption mechanism and P high-efficient management in peanut fields. Future research on P management was proposed by strengthening the variety breeding,developing the controlled-releasing and high-efficiency P fertilizer,and activating the soil potentially available P. This study would be beneficial to moderate the P resource depletion,improve the P fertilizer use efficiency and reduce the environment pollution.
Pages: 2246-2251
Year: 2015 Issue: 11
Journal: Acta Agriculturae Nucleatae Sinica
Keyword: peanut; rational fertilization; high phosphorus efficiency; potentially available phosphorus; nutrient management;
Abstract: Phosphorus( P) played important roles on the matter cycling in the peanut( Arachis hypogaea L.) field ecosystems. Studies on the demand and supply characteristics of P and its high-efficient management were crucial to solve the problems of resource depletions and environmental risks. The present study summarized the domestic and foreign researches on P demand-supply characteristics,P absorption mechanism and P high-efficient management in peanut fields. Future research on P management was proposed by strengthening the variety breeding,developing the controlled-releasing and high-efficiency P fertilizer,and activating the soil potentially available P. This study would be beneficial to moderate the P resource depletion,improve the P fertilizer use efficiency and reduce the environment pollution.
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