Eco-Friendly Use of Metallurgical Slag in Green Vegetables Cultivation - Stanojkovic-Sebic, Aleksandra;Maksimovic, Jelena;Pivic, Radmila
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The aim of experiments with various leafy vegetables such as Swiss chard, lettuce, spinach, cabbage and radicchio was to present the effects of metallurgical slag (MS), ground limestone, hydrated lime, organic solid and liquid animal fertilizer, in combination without and with mineral NPK fertilizer, on vegetables chemical composition and yield cultivated on acid soils. The study was performed in semi-controlled greenhouse pot and cassete conditions. The results of macroelements content in all tested crops showed the significant differences between the treatments, particularly in relation to…mehr

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Produktbeschreibung
The aim of experiments with various leafy vegetables such as Swiss chard, lettuce, spinach, cabbage and radicchio was to present the effects of metallurgical slag (MS), ground limestone, hydrated lime, organic solid and liquid animal fertilizer, in combination without and with mineral NPK fertilizer, on vegetables chemical composition and yield cultivated on acid soils. The study was performed in semi-controlled greenhouse pot and cassete conditions. The results of macroelements content in all tested crops showed the significant differences between the treatments, particularly in relation to control, which applies to the levels of trace elements including Cd. Refined experiment which included treatment with organic fertilizers, as well as combination of mineral nutrition and lime materials including MS, improved plant nutrient uptake. The promotion of leafy biomass growth and the yields were in accordance with chemical ones. The levels of Fe, Cu, Zn and Cd were mostly in the range of normal to critical values, but below the toxic in all the treatments. Concluding, the studied metallurgical slag of the specific chemical traits can be used in improving vegetable growth on acid soils.
Autorenporträt
L'autore ha conseguito un dottorato di ricerca nel campo delle scienze biotehnologiche e lavora come Principal Research Fellow presso l'Institute of Soil Science di Belgrado, Serbia. La principale ricerca scientifica dell'autore si basa sull'analisi e sull'elaborazione statistica dei dati relativi alla chimica, alla fisica e all'attività microbica del suolo, nonché sull'analisi del materiale vegetale.