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Ecological interactions between two ecosystem engineers: Gunnison's prairie dog and Botta's pocket gopher

机译:两名生态系统工程师之间的生态互动:甘尼森的草原土拨鼠和博塔的口袋地鼠

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摘要

We examined ecological interactions between two ecosystem engineers, Gunnison's prairie dogs (Cynomys gunnisoni) and Botta's pocket gophers (Thomomys bottae), across a 67,000-km2 range of northern Arizona. We examined densities of burrows, composition of vegetation, and characteristics of soil associated with locations where each species occurred alone and compared them to where they were both present. Density of T. bottae was significantly lower in the presence of C. gunnisoni than where occurring alone, while density of C. gunnisoni more than doubled at locations where they occurred with T. bottae compared to where they were alone. Vegetational communities associated with locations where C. gunnisoni occurred alone were significantly different from locations where T. bottae occurred alone and where both species were present. We also detected that burrows of T. bottae and C. gunnisoni occurred in soils that did not differ significantly in depth, texture, or rock content, but characteristics of soil played an influential role in patterns observed in vegetational communities.
机译:我们研究了在亚利桑那州北部67,000平方公里范围内,两位生态系统工程师,甘尼森的草原土拨鼠(Cynomys gunnisoni)和博塔的袖珍地鼠(Thomomys bottae)之间的生态相互作用。我们检查了洞穴的密度,植被的组成以及土壤的特性,这些特性与每种物种单独发生的位置相关,并将它们与它们都存在的位置进行了比较。在存在C.gunnisoni的情况下,T。bottae的密度显着低于单独发生的情况,而在与T. bottae一起发生的位置处,C。gunnisoni的密度则比单独发生时高出一倍以上。与单独发生甘氨酸梭状芽孢杆菌的地点相关的植被群落与单独发生丁香梭状芽孢和存在两种物种的地点的植被明显不同。我们还检测到在深度,质地或岩石含量没有显着差异的土壤中出现了博塔虫和冈尼梭菌的洞穴,但是土壤的特征在植被群落中观察到的模式中起着重要的作用。

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