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首页> 外文期刊>BioTechnology: An Indian Journal >Heat island intensity and distribution pattern in Xiamen, China and a field trial study on urban heat island mitigation based on low impact development strategies
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Heat island intensity and distribution pattern in Xiamen, China and a field trial study on urban heat island mitigation based on low impact development strategies

机译：中国厦门热岛强度和分布格局及基于低影响发展策略的城市热岛减缓田间试验研究

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Remote-sensing satellite imagery interpretation was conducted to explore the thermal ground field distribution and the Urban Heat Island (UHI) intensity in Xiamen, China. Field trials and effective measures were explored to mitigate UHI effect. Jimenez singleband algorithm was used to inverse surface temperature of Xiamen based on TM+6. Data reveal surface temperature distribution reflecting characteristic distribution in constructed areas. Fixed-point field trials to mitigate the UHI effect were implemented and the sustainable development measures were first put forward based on Low Impact Development (LID) strategies. Results show that permeable pavement and lawn ground can help cool the surface temperature. Ecological roof, especially shrubs-planted roof, significantly decreases temperature, compared to areas with the traditional flat roof. These findings could be used as a reference for Urban Heat Island mitigation strategies.
机译：进行了遥感卫星图像解释，以探索中国厦门的地热场分布和城市热岛（UHI）强度。探索了田间试验和有效措施以减轻UHI的影响。基于TM +​​ 6，采用Jimenez单频带算法对厦门的地表温度进行反演。数据揭示了反映建筑区域特征分布的表面温度分布。实施了减轻UHI效应的定点现场试验，并首先基于低影响发展（LID）策略提出了可持续发展措施。结果表明，透水路面和草坪地面可以帮助降低表面温度。与传统的平屋顶相比，生态屋顶（尤其是灌木种植的屋顶）显着降低了温度。这些发现可以作为城市热岛缓解策略的参考。

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