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Short communication: Do we need continuous sampling to capture variability of hourly pollen concentrations?

机译:简短的交流:我们是否需要连续采样以捕获每小时花粉浓度的变化性?

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摘要

Although considered a golden standard in aerobiology, continuous long-term sampling of bioaerosols is resource demanding. The aim of this study was to explore whether, if needed, intermittent sampling could replace the continuous one without major loss of information. Hourly pollen concentrations obtained by averaging 56, 28, 14 and 7 equidistantly distributed 1.07-min concentrations of Ambrosia airborne pollen were compared. The analysis revealed that majority of information on trends and magnitude in hourly concentrations is captured even if the sampling is not continuous. The correlations were high for all intermittent sampling arrangements, but absolute percentage error increased with the decrease in samples used for calculating hourly concentration.
机译:尽管被认为是空气生物学的黄金标准,但对生物气溶胶的连续长期采样仍然需要大量资源。这项研究的目的是探讨,如果需要的话,间歇采样是否可以代替连续采样而又不会大量丢失信息。比较通过平均56、28、14和7等距分布的1.07分钟浓度的Ambrosia空气传播花粉获得的每小时花粉浓度。分析表明,即使采样不是连续的,也可以捕获有关小时浓度趋势和大小的大多数信息。对于所有间歇采样安排,相关性都很高,但是绝对百分比误差随用于计算小时浓度的样品的减少而增加。

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