Abstract
A farmer’s fields in the Al-Azzawiya area / Al-Musayyib district 2021-2022, 40 km north of Hilla / Babylon province’s centre, were used for the experiment. Two elements were put in the split plot scheme of the Randomised Complete Block Design (RCBD). One replicate had eight experimental treatments, three replications, and the parameters were: - The first component was adding mycorrhiza to the comparative treatment (B0: no fertilisation, control, B1: 7.0 g. plant-1). The second factor: In addition to the control treatment, it added three kinds of organic fertiliser: C1: chicken waste (10 tons.ha-1), C2: humic fertiliser (3 tons.ha-1), and C3: vermicompost (4 tons.ha-1). The least significant difference (L.S.D.) comparing coefficient averages. The findings may be summarised as follows at 0.05. Mycorrhiza (7.0 gm. plant-1) increased plant height and chlorophyll, which showed substantial variations in the potato plant’s vegetative, quantitative, and qualitative traits. The number of marketable tubers was 6.84 tubers.plant-1, the output of one plant was 759.8 g. plant-1, the overall yield was 44.27 tons.ha-1, and the percentages of dry matter, starch, and N and K were in the tubers. The results of adding organic fertiliser showed that poultry waste significantly improved plant height, leaf area, chlorophyll, number of marketable tubers (7.75 tubers. plant-1), yield of one plant (808.3 g. plant-1), total yield (47.99 tonnes.ha-1), dry matter, starch, and N, K in tubers. The bi-interaction therapy (mycorrhiza + organic manure and chicken waste) improved vegetative, quantity, and quality features, plant height, leaf area, chlorophyll percentage of dry matter, and The number of marketable tubers was (9.11 tubers.plant-1), the yield of one plant was (880.5 gm.plant-1), the overall yield was (51.81 tons.ha-1), and the proportion of dry matter, starch, and (, KN) in tubers.
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