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In regions where irrigation is intensive in order to increase crop production, fertigation is widely used as an alternative to fertilization, providing a lower degree of risk. However, the excessive application of fertilizers via fertigation can increase the risk of soil salinization, especially due to the indiscriminate application of fertilizers. Rainfall in open fields is not always enough to wash salts out of the soil. The volume of water needed to flush a soil profile is calculated according to the initial salinity of the soil, the desired final level, the type and depth of soil to be…mehr

Produktbeschreibung
In regions where irrigation is intensive in order to increase crop production, fertigation is widely used as an alternative to fertilization, providing a lower degree of risk. However, the excessive application of fertilizers via fertigation can increase the risk of soil salinization, especially due to the indiscriminate application of fertilizers. Rainfall in open fields is not always enough to wash salts out of the soil. The volume of water needed to flush a soil profile is calculated according to the initial salinity of the soil, the desired final level, the type and depth of soil to be flushed, the method of application of the irrigation water and the concentration of salts in the flushing water. The aim of this work was to evaluate the performance of empirical equations for the recovery of salinized soil, in a continuous and intermittent leaching system, in the case of fertilizer salt wash water.
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Autorenporträt
Agronomist from UFERSA. Master's degree in Agricultural Systems Engineering from ESALQ/USP. He is currently a PhD student in the Graduate Program in Agricultural Engineering at UFV, concentrating on Water and Environmental Resources. 1st place winner of the 2013 CNPq Young Scientist Award (Water: Challenges facing society).