Laboratory observations reveal that mature Vespa mandarinia larvae continue calling at night

Haruna FUJIOKA, Tatsuya SAGA
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Abstract

Vespa hornet larvae produce a rhythmic 'rasping' sound by rubbing their mandibles against the cell walls of their nests. The call is thought to be a larval provisioning cue. However, detailed observations of larval calls have been limited to a few species, and it is not known whether the call can be influenced by the external environment, such as light and time of day, or by internal larval states, such as feeding. We conducted laboratory observations of larval calls under workerless conditions to investigate the effects of 1) larval stage and size, 2) daily variation, 3) light conditions, and 4) feeding on sound production. Vespa mandarinia larvae produced sounds regardless of their status, such as position, light condition, time of day, and worker absence. During mastication, the larvae stopped calling. A key finding of this research is the novel discovery that larvae produce sounds at night, which is a previously undocumented behaviour.
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实验室观察发现,成熟的 Vespa mandarinia 幼虫会在夜间继续鸣叫
大黄蜂幼虫用下颚摩擦巢穴的细胞壁,发出有节奏的 "嘎嘎 "声。这种叫声被认为是一种幼虫供给线索。然而,对幼虫叫声的详细观察仅限于少数几个物种,而且还不知道这种叫声是受光照和时间等外部环境的影响,还是受觅食等幼虫内部状态的影响。我们对无工蜂条件下的幼虫叫声进行了实验室观察,以研究1)幼虫阶段和大小、2)日变化、3)光照条件和4)摄食对声音产生的影响。Vespa mandarinia幼虫无论处于什么状态,如位置、光照条件、一天中的什么时间以及是否有工蜂,都能发出声音。在咀嚼期间,幼虫停止了叫声。这项研究的一个重要发现是新发现了幼虫在夜间发出声音,而这是以前从未记录过的行为。
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