首页> 外文期刊>Photosynthesis Research >Martin Gibbs (1922–2006): Pioneer of 14C research, sugar metabolism & photosynthesis; vigilant Editor-in-Chief of Plant Physiology; sage Educator; and humanistic Mentor
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Martin Gibbs (1922–2006): Pioneer of 14C research, sugar metabolism & photosynthesis; vigilant Editor-in-Chief of Plant Physiology; sage Educator; and humanistic Mentor

机译:马丁·吉布斯(1922-2006): 14 C研究,糖代谢和光合作用的先驱;警惕植物生理学总编辑;贤者教育者;和人文导师

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The very personal touch of Professor Martin Gibbs as a worldwide advocate for photosynthesis and plant physiology was lost with his death in July 2006. Widely known for his engaging humorous personality and his humanitarian lifestyle, Martin Gibbs excelled as a strong international science diplomat; like a personal science family patriarch encouraging science and plant scientists around the world. Immediately after World War II he was a pioneer at the Brookhaven National Laboratory in the use of 14C to elucidate carbon flow in metabolism and particularly carbon pathways in photosynthesis. His leadership on carbon metabolism and photosynthesis extended for four decades of working in collaboration with a host of students and colleagues. In 1962, he was selected as the Editor-in-Chief of Plant Physiology. That appointment initiated 3 decades of strong directional influences by Gibbs on plant research and photosynthesis. Plant Physiology became and remains a premier source of new knowledge about the vital and primary roles of plants in earth’s environmental history and the energetics of our green-blue planet. His leadership and charismatic humanitarian character became the quintessence of excellence worldwide. Martin Gibbs was in every sense the personification of a model mentor not only for scientists but also shown in devotion to family. Here we pay tribute and honor to an exemplary humanistic mentor, Martin Gibbs.
机译:马丁·吉布斯教授作为光合作用和植物生理学的全球倡导者的个人魅力在2006年7月去世后就失去了。马丁·吉布斯以其幽默风趣的性格和他的人道主义生活方式而广为人知,他是一位强大的国际科学外交官。就像个人科学大家庭的族长鼓励世界各地的科学和植物科学家一样。第二次世界大战结束后,他立即成为布鲁克海文国家实验室(Brookhaven National Laboratory)的先驱,他利用 14 C阐明了代谢中的碳流量,尤其是光合作用中的碳途径。他在碳代谢和光合作用方面的领导力与许多学生和同事合作长达40年。 1962年,他被选为植物生理学总编辑。这一任命引发了吉布斯在植物研究和光合作用方面长达30年的强烈方向性影响。植物生理学已经成为并且仍然是有关植物在地球环境历史和我们的蓝绿色星球的能量学中的至关重要的主要知识的新知识的主要来源。他的领导才能和超凡的人道主义品质成为世界范围内卓越成就的精髓。从任何意义上说,马丁·吉布斯都是模范导师的人格化代表,不仅是科学家的典范,也是对家庭的热爱。在这里,我们向模范人文主义导师马丁·吉布斯致敬和荣誉。

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