宾夕法尼亚州西南部城乡环境中附生地衣群落的研究

M. Opdyke, Bryan E. Dolney, L. L. Frost, Joshua D. Roy
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引用次数: 4

摘要

采用附生地衣群落分析方法,研究了宾夕法尼亚州西南部匹兹堡市城乡环境中地衣丰度和多样性的控制因素。两个城市地点包括匹兹堡大都市的申利和弗里克公园,两个农村地点是华盛顿县的明戈溪县公园和威斯特摩兰县的咆哮自然区。地衣群落组成在每个样地的6个集中监测样地进行测量,并在样地范围内进行物种多样性调查。地衣多样性值(20.8±3.0)高于城市地衣多样性值(11.3±3.5)(±标准误差),表明明戈和Roaring Runs地衣群落受到的干扰较小。在密集监测样地中,Mingo和Roaring Runs的物种丰富度平均值分别为5.2±0.3、4.7±0.4、3.7±0.8和2.0±0.4,高于Schenley和Frick。所有地点的优势地衣为大麻黄菌、一种未鉴定的无菌甲壳地衣和绿绿枝衣。所有地点的地衣均以嗜氮和耐二氧化硫地衣为主,这表明更大地理区域内的地衣群落受到氮和二氧化硫空气污染物的影响。取样地点之间的差异很可能是由地衣对城市化变化的响应所驱动的,其中包括湿度和栖息地破碎化。
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A Study of Epiphytic Lichen Communities in Urban and Rural Environments in Southwestern Pennsylvania
Community analyses of epiphytic lichens were used to study the controlling factors of lichen abundance and diversity in urban and rural environments of Pittsburgh in southwestern Pennsylvania. Two urban sites included Schenley and Frick Parks in metropolitan Pittsburgh and two rural sites at Mingo Creek County Park in Washington County and Roaring Runs Natural Area in Westmoreland County. Community composition of lichens was measured at six intensive monitoring plots per site and site-wide species diversity surveys. The lichen diversity value, a statistical estimator of the environmental conditions at a site, was greater at the rural sites (20.8 ± 3.0) compared to the urban sites (11.3 ± 3.5) (± standard error), suggesting a less disturbed lichen community at Mingo and Roaring Runs. In the intensive monitoring plots, species richness was greater at Mingo and Roaring Runs compared to Schenley and Frick, averaging 5.2 ± 0.3, 4.7 ± 0.4, 3.7 ± 0.8 and 2.0 ± 0.4, respectively. The dominant lichens across all sites were Lepraria lobificans, an unidentified sterile crustose lichen and Cladonia ochrochlora. The dominance of nitrophilous and sulfur dioxide–tolerant lichens at all sites suggests that the lichen community within the larger geographical region is influenced by nitrogen and sulfur dioxide air pollutants. The differences between sampling sites are most likely driven by lichens responding to changes in urbanization, which include humidity and habitat fragmentation.
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