巴哈马多个岛屿后院农场土壤健康的比较分析

Devin Chambers, Carlton Watson, Okell Dames, George Odhiambo, Williamson Gustave
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摘要

粮食不安全是巴哈马的一个主要问题,因为我们的粮食和农业基础设施不足,严重依赖进口。为了减轻这种威胁,巴哈马政府一直在鼓励房主从事后院耕作。然而,后院农业的成功依赖于健康土壤的存在。在这项研究中,我们对巴哈马群岛几个岛屿的后院农场的土壤健康进行了比较分析。我们的分析侧重于关键指标,如养分有效性、pH值、盐度、持水量和有机碳。我们的结果显示,38个土壤样本中没有一个在所有选定指标的最佳范围内。我们的研究结果表明,与自然施肥或未施肥的样品相比,施用合成肥料的土壤没有表现出更高的养分有效性。此外,通过相关分析,我们发现有机碳与持水量呈正相关关系。相反,pH值与氮以及有机碳与pH值呈负相关。这些相关性表明,优化pH值和增强持水能力可能在改善巴哈马土壤健康方面发挥关键作用,尤其要注意增加有机碳含量。
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Comparative Analysis of Soil Health in Backyard Farms on Multiple Islands of The Bahamas
Food insecurity is a major concern in The Bahamas due to our inadequate food and agricultural infrastructure and heavy reliance on imports. To mitigate this threat, the Bahamian government has been encouraging homeowners to engage in backyard farming. However, the success of backyard farming relies on the presence of healthy soils. In this study, we conducted a comparative analysis of soil health in backyard farms across several islands in The Bahamas. Our analysis focused on key indicators such as nutrient availability, pH, salinity, water-holding capacity, and organic carbon. Our results revealed that none of the 38 soil samples analysed fell within the optimal range for all of the selected indicators. Our results suggested that soil treated with synthetic fertilizer did not exhibit higher nutrient availability compared to naturally fertilized or unfertilized samples. Additionally, through correlation analysis, we found a positive relationship between organic carbon and water-holding capacity. Conversely, negative correlations were observed between pH and nitrogen, as well as organic carbon and pH. These correlations imply that optimizing pH levels and enhancing water holding capacity may play a crucial role in improving soil health in The Bahamas, with particular attention to increasing organic carbon content.
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