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A Biogeochemical Oceanographer at Sea: My Life with Nitrogen and a Nod to Silica
Annual Review of Marine Science ( IF 14.3 ) Pub Date : 2018-01-03 00:00:00 , DOI: 10.1146/annurev-marine-121916-063655
Richard C. Dugdale 1
Affiliation  

My evolution from electrical engineering student to limnologist and then to oceanographer was a consequence of generous mentoring, which led to my use of the 15N tracer technique to measure nitrogen fixation in aquatic systems. The concept of new and regenerated production arose when I applied this method to measure nitrate and ammonium uptake in marine ecosystems. I then showed that enzyme kinetics could be applied to algal nitrogen uptake and used a silicate pump to explain silicate limitation of diatoms in coastal and equatorial upwelling systems. These concepts are now recognized as modern nutrient paradigms in biogeochemical oceanography. My interest in nutrients required field studies and led to my passion for the study of upwelling ecosystems and the establishment of two major international programs, with numerous advisors, collaborators, and students helping along the way.

中文翻译:


海上的一位生物地球化学海洋学家:氮的生活和对二氧化硅的致敬

我从电气工程专业的学生到语言学家,再到海洋学家的发展是经过大量指导的结果,这导致我使用了15N示踪剂技术,用于测量水生系统中的固氮能力。当我将这种方法用于测量海洋生态系统中硝酸盐和铵的吸收量时,就产生了新的和再生生产的概念。然后,我证明了酶动力学可以应用于藻类氮的吸收,并使用硅酸盐泵来解释沿海和赤道上升流系统中硅藻的硅酸盐局限性。这些概念现在被认为是生物地球化学海洋学中的现代营养学范式。我对营养素的兴趣需要进行实地研究,并激发了我对上升流生态系统的研究热情,并建立了两个主要的国际计划,并在此过程中得到了众多顾问,合作者和学生的帮助。

更新日期:2018-01-03
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