首页> 外文期刊>Journal of Agriculture and Ecology Research International >Assessment of Soil Fertility Improvement Potential of Water and Methanolic Sunflower (Tithonia diversifolia Hemsl.) Leaf Extract on the Growth and Yield of Tomato (Solanum lycopersicon L.)
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Assessment of Soil Fertility Improvement Potential of Water and Methanolic Sunflower (Tithonia diversifolia Hemsl.) Leaf Extract on the Growth and Yield of Tomato (Solanum lycopersicon L.)

机译:水和甲醇向日葵(Tithonia diversifolia Hemsl。)叶提取物对番茄(Solanum lycopersicon L.)生长和产量的土壤肥力改善潜力评估

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The field work was carried out at the Screenhouse of Faculty of Agriculture, Obafemi Awolowo University, Ile-Ife, Nigeria to determine the effectiveness of water and methanolic sunflower leaf extract as a fertilizer sources to improve growth and yield of tomato. The experiment consisted of six treatments which are sterilized soil with tomato, unsterilized soil with tomato, water sunflower extract with tomato in sterilized soil, water sunflower extract with tomato in unsterilized soil, methanolic sunflower leaf extract with tomato in sterilized soil and methanolic sunflower leaf extract with tomato in unsterilized soil. Treatments were in triplicate and arranged in randomized complete block design (RCBD). Twelve pots, each containing three kilograms of top soil were used in consideration to the planting duration. One hundred (100) ml of sunflower leaf extracts was added to each of the treatments except the controls. The growth results at Nine weeks after planting showed that leaf area and vine length was significantly higher in treatment with sunflower methanolic extract in sterilized soil with mean of 78.87 cm2 while girth size and vine length were significantly higher in the control treatment with sterilized soil. The yield results showed that the treatment with methanolic sunflower in sterilized soil had 8 fruits at harvest while the least number of fruit was in treatment of methanolic sunflower in unsterilized soil which had one fruit. The treatment with water extract of sunflower with unsterilized soil had the highest fruit weight of 1.2 gram while the treatment with methanolic sunflower extract with unsterilized soil had the least value of 0.066 gram which was lower than the controls. The diameter of fruit showed that the treatment with methanolic sunflower extract with sterilized soil had the highest value with mean of 25.4 cm while treatment with methanolic sunflower extract in unsterilized had the least with mean of 6.5 cm. Nitrogen and potassium level in the post planting soil were reduced almost all across the treatments. Soil calcium increased in the post planting soil as well as the pH. The experiment concludes that methanolic sunflower extract improves soil fertility.
机译:实地调查是在尼日利亚伊费费尔的Obafemi Awolowo大学农业学院的筛选所进行的,目的是确定水和甲醇葵花籽叶提取物作为肥料的有效性,以改善番茄的生长和产量。该实验包括六种处理方法,分别是番茄灭菌土壤,番茄未灭菌土壤,灭菌土壤中番茄的水向日葵提取物,灭菌土壤中番茄的水向日葵提取物,灭菌土壤中番茄的甲醇向日葵叶提取物和甲醇向日葵叶提取物。番茄放在未消毒的土壤中。处理一式三份,并以随机完整区组设计(RCBD)进行安排。考虑到播种时间,使用了十二个盆,每个盆包含三公斤表层土壤。除对照外,将一百(100)ml向日葵叶提取物添加到每种处理中。播种后第九周的生长结果表明,在无菌土壤中用向日葵甲醇提取物处理后,叶面积和藤蔓长度明显增加,平均值为78.87 cm 2 ,而周长和藤蔓长度则明显增加。灭菌土壤的对照处理。产量结果表明,在灭菌土壤中用甲醇向日葵处理收获的果实为8个,而在未灭菌土壤中用一种水果处理甲醇向日葵的果实的数量最少。未灭菌土壤的向日葵水提取物处理的最大果实重量为1.2克,而未灭菌土壤的甲醇向日葵提取物处理的最小重量为0.066克,低于对照。果实直径表明,灭菌土壤用甲醇向日葵提取物处理的平均值最高,为25.4 cm,而未灭菌甲醇向日葵提取物处理的平均值最小,为6.5 cm。在整个处理过程中,几乎所有种植后土壤中的氮和钾水平都降低了。种植后土壤中的钙以及pH值均增加。实验得出结论,甲醇葵花籽提取物可改善土壤肥力。

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