巴西大草原生物群系中闪亮牛鹂(Molothrus Bonariensis)与蘑菇Macrolepiota Bonaerensis的真菌吞噬关系

A. Costa, Cassiane Furlan Lopes, Marines de Avila Heberle, J. Putzke
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引用次数: 0

摘要

鸟类与真菌的关联具有重要的生态学意义,这些类群的物种在潘帕草原生物群系地区具有不同的特征。闪亮牛鹂(Molothrus bonariensis - Icteridae)是一种与草原植被共生的地面觅食鸟类。这个生物群系的一些蘑菇有相当大的可食用的担子壳,如大担子壳属的种(木耳科)。因此,本研究的目的是对包括Molothrus bonariensis和Macrolepiota bonariensis在内的潘帕草原生物群落的真菌吞噬进行首次描述。数据在5%显著性水平下进行方差分析和Tukey检验。针对定量多变量数据,阐述了Kiviat的检验方法。Schumacher和Eschmeyer的测试被用来确定鸟类与蘑菇的相互作用程度。在研究区域对一群大约76只的鸟进行了60个小时的观察。从地理参考区域收集了30个新鲜粪便样本和10个显示啄信号的蘑菇。鸟类粪便显微分析显示蘑菇的担子孢子。对于觅食事件的记录,在蘑菇发生较多的地区,鸟类的真菌吞噬率较高。这些结果有助于更好地理解闪亮牛鹂和蘑菇M. bonaerensis之间重要的菌噬相互作用。该研究证实,鸟类与真菌的真菌吞噬关系比以前认为的更为广泛。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The bird shiny cowbirds (Molothrus Bonariensis) in a relationship interesting of mycophagy with the mushroom Macrolepiota Bonaerensis in the brazilian pampa biome
Bird-fungi associations are ecologically important, and the species of these groups that occur in the Pampa biome region have different characteristics. The Shiny Cowbirds (Molothrus bonariensis – Icteridae) is a ground foraging bird that cohabits vegetation of grasslands. Some mushrooms of this biome have considerably large and edible basidiomes, such as species of genus Macrolepiota (Agaricaceae). Therefore, the objective of this study was to contribute to the first description of mycophagy for the Pampa biome, including the species Molothrus bonariensis and Macrolepiota bonariensis. Data were submitted to a test of variance ANOVA and Tukey test at a 5% significance level.  For the quantitative multivariate data, the test of Kiviat was elaborated. The test of Schumacher and Eschmeyer was used to determine the degree of interaction of the birds with the mushrooms. 60 hours of observations were realized with a flock of bird containing approximately 76 individuals in the study area. 30 fresh scat samples and 10 mushrooms that showed pecks signals were collected from the area georeferenced. Microscopic analysis of scat of birds revealed basidiospores of mushroom. For the record of foraging events, the mycophagy of birds was higher in zones with more occurrence of mushrooms. The results assist in better understand this important mycophagy interaction between the Shiny Cowbird and the mushroom M. bonaerensis. The study confirms that bird-fungal mycophagy associations are more widespread than previously thought.
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