Observations of Greater Sage-Grouse at a Solar Energy Facility in Wyoming

Pub Date : 2022-03-21 DOI:10.3398/064.082.0121
Michael B. Gerringer, Kurt T. Smith, Karl L. Kosciuch
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Abstract

Abstract. Photovoltaic, utility-scale solar energy (PV USSE) development is expected to expand in the United States over the next decade and has the potential to impact wildlife through direct mortality and habitat loss. However, the current understanding of wildlife responses, including responses of Greater Sage-Grouse (Centrocercus urophasianus; hereafter, sage-grouse), to solar energy development is limited, resulting in uncertainty about potential impacts associated with development and operation. During bird and bat carcass searches at a PV USSE facility in Sweetwater County, Wyoming, we opportunistically observed sage-grouse foraging and loafing inside the facility. We recorded 19 groups of live sage-grouse, representing a total of 47 observations of sage-grouse during 2 years of environmental monitoring. An additional 8 groups were recorded by trail cameras, representing 11 observations of sage-grouse. Observations occurred between early June and mid-January, with 74% of observations occurring between mid-August and mid-November. It is possible that sage-grouse may have used the facility for increased foraging opportunities or thermal refuge. However, our observational study does not provide evidence that sage-grouse necessarily selected for areas within the facility. Additional research on resource selection and demographic responses by sage-grouse would provide more inference on how sage-grouse respond to PV USSE development.
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在怀俄明州的一个太阳能设施观察大鼠尾草
摘要光伏、公用事业规模的太阳能(PV USSE)的发展预计将在未来十年在美国扩大,并有可能通过直接死亡和栖息地丧失来影响野生动物。然而,目前对野生动物反应的了解,包括大鼠尾草松鸡(Centrocercus urophasianus;因此,对太阳能的开发是有限的,导致开发和运营相关的潜在影响的不确定性。在怀俄明州斯威特沃特县的PV USSE设施进行鸟类和蝙蝠尸体搜索时,我们偶然地观察到鼠尾草在设施内觅食和闲逛。在2年的环境监测中,我们记录了19组活鼠尾草,共观察到鼠尾草47次。跟踪摄像机记录了另外8组,代表了对艾草松鸡的11次观察。观测发生在6月初至1月中旬,74%的观测发生在8月中旬至11月中旬。鼠尾草松鸡可能利用这个设施来增加觅食的机会或寻找热避难所。然而,我们的观察性研究并没有提供证据表明鼠尾草必须被选择在设施内的区域。进一步研究艾松鸡的资源选择和种群反应将为艾松鸡如何响应PV - USSE的发展提供更多的推断。
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