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Comparing the annualised dynamic shade characteristics of twenty-one tree canopies across twenty-six municipalities in a high ambient UV climate, Queensland - Australia

机译:在澳大利亚高级环境紫外线气候下二十六个城市二十一林檐篷年产动态遮阳特征比较

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摘要

Standardised assessments comparing the surveyed shade quality characteristics of twenty-one trees currently established and growing in public parks and playgrounds in Queensland, Australia are presented for informing local government, shade designers and municipal planners. Assessments focus on the ultraviolet protection of individual tree canopies which are reported in terms of the Shade Protection Index (SPI) and Ultraviolet Protection Factor (UPF) assessed at fine temporal resolution and averaged over a full calendar year. The UPF and SPI are used to determine tree species best suited for optimal shade with respect to twenty-six regional cities spanning 17 in latitude. This assessment included all local coastal districts from Bamaga (- 10.89 5,142.39 E) to Southport (- 27.97 S, 153.42 E) showing a general (species dependent) decline in ultraviolet protection with increasing southerly latitude. Survey tree species are ranked and listed in order of best ultraviolet protection for respective localities enabling the quality of protection provided by living tree canopies to be compared across a range of environments.
机译:标准化评估比较了目前在澳大利亚公共公园和游乐场在澳大利亚公共公园和游乐场建立和生长的调查的遮阳性特征,以告知当地政府,阴影设计师和市政规划人员。评估专注于单个树檐篷的紫外线保护,这些遮阳篷在遮阳保护指数(SPI)和紫外线保护因子(UPF)以精细的时间分辨率评估并在整个日历年的平均值方面进行了评估。 UPF和SPI用于确定最适合最佳阴影的树种,相对于跨纬17个跨越17个区域的最佳阴影。该评估包括来自Bamaga( - 10.89 5,142.39 e)的所有当地沿海地区到绍斯波特( - 27.97秒,153.42 e),显示紫外线保护中的一般(物种依赖性)下降,随着南部的纬度而下降。调查树种以最佳紫外线保护的顺序排列和列出各个地方的最佳紫外线,从而可以在一系列环境中比较生活树Canopies提供的保护质量。

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