高分辨率、长期跨学科海洋观测带来的新发现

T. Dickey
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摘要

这篇综述描述了作者走向科学事业的道路和四十年的经历。书中提到了一些影响我智力发展的重要人物。学科边界的跨越是创新研究的关键。特别是,新的研究领域,如地球物理流体动力学和生物光学被接受和利用。同样,识别和利用相关的新技术使前所未有的跨学科高分辨率、长期的海洋深度测量成为可能。在早期,我的团队利用了卫星数据集和现场数据集。此外,我们与同事一起进行了建模和观察研究。提出了一些涉及跨学科观察的科学突破的例子。此外,我们的海洋过程和平台的时空图已被用于海洋实验设计和建模。最后,讨论了对未来几代人的一些职业建议以及我使用治疗犬的非常规教学方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New Discoveries Enabled by the Emergence of High‐Resolution, Long‐Term Interdisciplinary Ocean Observations
This review describes the author's path leading toward a career in science and four decades of experiences. Some of the important people influencing my intellectual development are mentioned. Crossings of disciplinary boundaries were keys to novel research efforts. In particular, new areas of research such as geophysical fluid dynamics and bio‐optics were embraced and used to advantage. Likewise, identifying and utilizing relevant new technologies enabled unprecedented interdisciplinary high‐resolution, long‐term measurements at depth in the ocean. Early on, my group utilized satellite‐based as well as in situ data sets to advantage. In addition, with colleagues, we conducted modeling as well as observational studies. A few examples of resulting scientific breakthroughs involving interdisciplinary observations are presented. In addition, our time‐space diagrams for ocean processes and platforms have been utilized for ocean experimental design and modeling. Finally, some career advice for future generations and my unconventional teaching methods using therapy dogs are discussed.
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