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的里雅斯特(意大利东北部)链格孢属(1993 - 2004年)和附球菌属(1994 - 2004年)孢子的季节性出现情况

Seasonal occurrence of Alternaria (1993- 2004) and Epicoccum (1994-2004) spores in Trieste (NE Italy).

作者信息

Rizzi-Longo Loredana, Pizzulin-Sauli Marialuisa, Ganis Paola

机构信息

Dipartimento di Biologia, Universita di Trieste, Via L. Giorgieri 10, 34127 Trieste, Italy.

出版信息

Ann Agric Environ Med. 2009;16(1):63-70.

Abstract

Fungal spores are known to trigger allergic respiratory diseases. Very little is known about airborne fungal spore presence in Trieste. This paper reports the seasonal (June-October) Alternaria (1993-2004) and Epicoccum (1994-2004) spore concentrations during these years, using a Hirst sampler. Daily spore counts fluctuate considerably from one day to the next. Airborne spores of Alternaria and Epicoccum tend to display a similar temporal pattern, with the peak daily count occurring in late summer - early autumn; a shifted occurrence towards the early autumn of the maximum peaking day of Epicoccum was observed, compared to Alternaria, on average. A great variability in seasonal spore concentrations was also found throughout the years. Seasonal totals of 6,076 Alternaria spores and 2,796 Epicoccum spores were found over the examined years, on average. 2003 was an exceptionally high year for Alternaria with a seasonal total of 15,021 spores. Statistical analyses comparing daily spore counts with meteorological parameters were carried out. Weather variables have been shown to affect the spore concentrations in the air. Alternaria and Epicoccum respond in a similar way to meteorological factors. Daily spore levels showed a significant positive correlation with temperatures; weak significant negative correlations have been found with the other parameters.

摘要

已知真菌孢子会引发过敏性呼吸道疾病。对于的里雅斯特空气中真菌孢子的存在情况,人们了解甚少。本文报告了这些年份(1993 - 2004年)使用赫斯特采样器测得的季节性(6月至10月)链格孢属(1993 - 2004年)和附球菌属(1994 - 2004年)孢子浓度。每日孢子计数在不同日期之间波动很大。链格孢属和附球菌属的空气传播孢子往往呈现出相似的时间模式,每日计数峰值出现在夏末至初秋;与链格孢属相比,平均而言,附球菌属的最大峰值日出现时间向初秋偏移。这些年还发现季节性孢子浓度存在很大差异。在所研究的年份中,链格孢属孢子的季节性总数平均为6076个,附球菌属孢子为2796个。2003年是链格孢属孢子数量异常高的一年,季节性总数为15021个。进行了将每日孢子计数与气象参数进行比较的统计分析。已表明天气变量会影响空气中的孢子浓度。链格孢属和附球菌属对气象因素的反应方式相似。每日孢子水平与温度呈显著正相关;与其他参数呈弱显著负相关。

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