Remote cameras capture dung burial by burrowing cricket

IF 1.8 4区 环境科学与生态学 Q2 BIODIVERSITY CONSERVATION Food Webs Pub Date : 2023-09-01 DOI:10.1016/j.fooweb.2023.e00301
Emma F. Zeitler, Marcus A. Lashley, Ava Blanc, Logan R. Davis, Sarah E. Dill, Olivia H. McGehee, Blair A. McLean, Elijah C. Smith
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Abstract

Animal dung holds an important role in the nutrient cycle of nearly every ecosystem on Earth. It also acts as an ephemeral resource for invertebrate communities and has facilitated the specialization of many life history strategies. Most ecosystem functions associated with dung are linked to burial - a process most often attributed to dung beetles. However, identifying other organisms that contribute to dung burial is important to understand how communities provide this ecosystem service. During a trail camera experiment intended to monitor dung beetle behavior, we observed an unidentified species of cricket burying dung pellets underground. We were unable to find previous documentation of dung-burying behavior for this animal group, raising questions of how common or extensive this behavior is. Particularly under the threat of global insect declines, understanding which species are responsible for key processes may be crucial to maintaining ecosystem function and resilience. Additionally, this experiment exemplifies how camera traps can be used in nontraditional applications to observe and monitor unique events, behaviors, and processes, such as the decay of ephemeral resource patches and insect behavior.

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远程摄像机捕捉到蟋蟀挖掘粪便的过程
动物粪便在地球上几乎每个生态系统的营养循环中都扮演着重要角色。它也是无脊椎动物群落的短暂资源,并促进了许多生命史策略的专业化。与粪便相关的大多数生态系统功能都与埋葬有关——这一过程通常归因于粪甲虫。然而,识别有助于粪便掩埋的其他生物对于了解社区如何提供这种生态系统服务很重要。在一次旨在监测金龟子行为的跟踪相机实验中,我们观察到一种身份不明的蟋蟀将粪便颗粒埋在地下。我们无法找到以前关于这种动物群埋粪行为的文献,这引发了这种行为有多普遍或广泛的问题。特别是在全球昆虫数量减少的威胁下,了解哪些物种对关键过程负责可能对维持生态系统功能和复原力至关重要。此外,该实验还举例说明了相机陷阱如何在非传统应用中用于观察和监测独特的事件、行为和过程,如短暂资源斑块的腐烂和昆虫行为。
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来源期刊
Food Webs
Food Webs Environmental Science-Ecology
CiteScore
2.80
自引率
5.90%
发文量
42
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