蒙特利湾巨型尾尾虫的现场观察

William M Hamner , Bruce H Robison
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引用次数: 50

摘要

通过载人潜水器、Deep Rover、Alvin和MIR I,以及ROV的视频,在加利福尼亚州蒙特利湾蒙特利峡谷的水中观察到巨型尾尾虫(Bathochordaeus sp., Urochordata, Appendicularia)。Bathochordaeus利用分泌的粘液结构来进食,但这些结构和动物对进食过滤器的方向与其他属的okopleuridae有很大不同。连续分泌的粘液片(不像其他尾虫偶然产生的结构房屋)包裹着身体和喂食过滤器,保护动物免受捕食者的侵害,并从水喂食过滤器中清除大颗粒,保护动物免受直径高达2米的粘液片的侵害,随着时间的推移,大量颗粒物质积聚在这个表面。我们计算出,一个人可以将黏液片保持在特定深度的视野长达30天,收集并阻止颗粒向下流动。最终,由于沉积物的负担,冰盖被扰动或从动物和喂食过滤器中分离出来,并坍塌成一个压实的团块,迅速下沉(每天±800米)到至少3500米深的海底。这些通常常见的大型滤食性尾虫在水柱生态和垂直通量中的明显重要性将需要进一步研究。
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In situ observations of giant appendicularians in Monterey Bay

Giant appendicularians (Bathochordaeus sp., Urochordata, Appendicularia) were observed in midwater in Monterey Canyon, Monterey Bay, California, from manned submersibles, Deep Rover, Alvin and MIR I, and with video from a ROV. Bathochordaeus utilizes secreted mucus structures to feed, but these structures and the orientation of the animal to the feeding-filter differ significantly from those of other genera in the Family Oikopleuridae. A continuously secreted sheet of mucus (unlike the episodically produced structured houses of other appendicularians) envelops both the body and the feeding-filter, protecting the animal from predators and scavenging large particles from the water feeding-filter, protecting the animal from sheet is occasionally up to 2 m in diameter, and large amounts of particulate material accumulate on this surface over time. We calculate that an individual can maintain the mucus sheet at specific depth horizons for as long as 30 days, collecting and impeding the downward flux of particulates. Eventually the sheet is disturbed or separates from the animal and feeding-filter due to its sediment burden, and collapses into a compacted mass which sinks rapidly (±800 m day to the sea bed to depths of at least 3500 m. The obvious importance of these often common, large, filter-feeding appendicularians in water column ecology and vertical flux will require further investigation.

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