Conversation with a Colleague: Andone Lavery

A. Lavery
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Abstract

https://doi.org/10.1121/AT.2022.18.3.67 Volume 18, issue 3 | Fall 2022 • Acoustics Today 67 can play an important role in ecosystem function by impacting biomass distribution across trophic levels, thus impacting energy transfer and marine food web dynamics. Recently, spatial scales and timescales associated with anthropogenic impacts have also become important, but their impacts are relatively unknown at this time. For example, marine heat waves and an apparent increase in the number of warm core rings, a type of mesoscale eddy shed from a large ocean current such as the Gulf Stream, have a relatively unknown impact on ecosystem function. All this variability poses a daunting sampling problem, exacerbated by the challenges in accessing remote sites for field work because the ocean is not always a friendly and cooperative colleague. The use of sound to explore the oceans, to understand this variability, and to make the ocean more “transparent” has driven my research throughout my career.
与同事的对话:安东·莱弗里
https://doi.org/10.1121/AT.2022.18.3.67卷18,第3期|秋季2022年•声学今天67可以通过影响生物量分布在营养水平,从而影响能量转移和海洋食物网动态在生态系统功能中发挥重要作用。最近,与人为影响相关的空间尺度和时间尺度也变得重要起来,但它们的影响目前还相对未知。例如,海洋热浪和暖核环数量的明显增加对生态系统功能的影响相对未知。暖核环是由墨西哥湾流等大型洋流形成的一种中尺度涡流。所有这些变化都带来了一个令人生畏的采样问题,而由于海洋并不总是一个友好合作的同事,进入偏远地区进行实地工作的挑战更加剧了这一问题。利用声音来探索海洋,了解这种变化,并使海洋更加“透明”,这推动了我整个职业生涯的研究。
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