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International Prize for biology

34th Presentation Ceremony, Acceptance Address, Selection Process

Presentation Ceremony was held
in the presence of Their Majesties the Emperor and Empress
on November 19th

     The recipient of this year:

Dr. Andrew Herbert Knoll,
Fisher Professor of Natural History, Harvard University, USA


On November 19th, a presentation ceremony for the 2018 International Prize for Biology was held at the Japan Academy in the presence of Their Majesties the Emperor and Empress, Mr. Akira Sato, State Minister of Cabinet Office, and Mr. Masahiko Shibayama, Minister of Education, Culture, Sports, Science and Technology. At the ceremony, Dr. Andrew Herbert Knoll was presented the Prize of ten-million yen and a medal by Dr. Imura, Chair of the International Prize for Biology Committee, along with an Imperial gift from His Majesty the Emperor.



Congratulatory remarks were delivered by Prime Minister Abe (read by Mr. Sato), and Minister Shibayama. The ceremony ended with an acceptance address from Dr. Knoll. Following the ceremony, a reception honoring Dr. Knoll was held in the presence of Their Majesties the Emperor and Empress.

Dr. Knoll, Imperial Gift with his spouse

Dr. Knoll, Imperial Gift with his spouse
Reception

Reception

 

 



Acceptance address by Dr. Andrew Herbert Knoll

Dr. Andrew Herbert Knoll   

Dr. Andrew Herbert Knoll

I feel both exhilarated and humbled to stand before you today. Exhilarated by the thought that colleagues would even nominate me for such a remarkable honor. And humbled to have been singled out among the community of talented scientists who work day by day to reconstruct life’s immense history.

I am grateful to your Majesties, the Emperor and Empress, for gracing this ceremony and for your steadfast support of fundamental biology. It is wonderful that the Imperial Household not only supports biology but participates actively in the quest to understand nature, beginning with the Emperor Showa’s years of research on marine biology and continuing with his Majesty’s current investigations of gobiid fishes. I also thank the Japan Society for the Promotion of Science for its powerful support of biological research and education.

Scientists who arrive at the extraordinary place where I find myself today generally stand at the confluence of two intellectual streams. First, there is the stream that flowed to us from our own teachers. My mentors included Elso Barghoorn, pioneer in the paleontological search for Earth’s earliest life; Dick Holland, a towering geochemist who set the stage for research on Earth’s environmental history; and Stephen Jay Gould, who fueled my interest in evolution. The other stream connects us with the students and postdocs who have worked in our laboratories – a steady stream of ideas and insights that most definitely runs in two directions. Knoll lab alumni are a superb group of scientists who are taking studies of paleontology, geobiology, and Earth history in new directions, and I am grateful for and proud of them all. I have also benefitted tremendously from colleagues with whom I have partnered in research. There are many, but here I mention John Hayes, who taught me everything I know about biogeochemistry; Keene Swett and Brian Harland who introduced me to Arctic research; John Grotzinger, partner for the past twenty-five years in fieldwork that has ranged from Namibia and Siberia to, virtually at least, Mars; and Dick Bambach, who has long challenged me to strike out in fresh directions. Lastly, I gratefully acknowledge the love and support of my wife Marsha and my children, Kirsten and Rob. Without them, I wouldn’t be here today. The fundamental biology celebrated by the International Prize addresses a grand question: how did the world around us come to be? In part that is a question of process, and so the Prize rightfully acknowledges research in ecology, development and genetics. But it is also a question of history, and I deeply appreciate that paleontology stands among the disciplines recognized by this unique award. Without paleontology, we would have no idea that dinosaurs even existed, much less that they lived with mammals unlike any we see today in forests of extinct plants, or that dinosaurs and myriad other species disappeared during global catastrophe 66 million years ago.

My vision for paleontology is one in which the fossils we discover are interpreted within a framework of Earth’s dynamic environmental history. Indeed, life is a planetary phenomenon, born of planetary processes, sustained by planetary processes, and through time emerging as a set of planetary processes important in its own right. The profound and ever-changing interactions between life and environment have shaped both evolution and physical Earth, and investigating this grand interplay helps us to understand both where we came from and where we may be headed in the face 21st century global change.

Thank you again for this exceptional honor.

 



Report on the Process of Selection

Dr. Kiyokazu Agata,
Chair, Selection Committee on the International Prize for Biology

Dr. Kiyokazu Agata

Distinguished guests, ladies and gentlemen:

On behalf of the Selection Committee for the 34th International Prize for Biology, it gives me great pleasure to report on this year’s selection process.

The Selection Committee consisted of nineteen members, including myself and three overseas researchers.

The field of specialization for this year’s prize was Paleontology. In order to obtain recommendations of suitable candidates, the Committee distributed a total of 1,555 recommendation forms to Japanese and foreign universities, research centers, academic associations, international academic organizations, and others. A total of 85 recommendations were received in response. After excluding recommendations naming the same individuals, the number of persons recommended was 56, from 19 countries and regions.

The Selection Committee met a total of three times, very carefully reviewed all the candidates, and recommended Dr. Andrew Herbert Knoll to the Prize Committee as the recipient of the 34th International Prize for Biology.

After obtaining his doctoral degree from Harvard University, Dr. Knoll continued his research at Oberlin College and Harvard University. He is currently the Fisher Professor of Natural History at Harvard University.

Dr. Knoll’s studies of microfossils in light of the early planetary environment and its changes have greatly furthered our understanding of the evolution of life in the Precambrian era, a time for which information is extremely scarce. He also put forward the hypothesis that a rapid build-up of carbon dioxide in the atmosphere was a determining factor in the end-Permian mass extinction, thereby contributing to our understanding of evolutionary history. These distinguished achievements have provided knowledge that is a vital aid to predicting the future of life on Earth. Further, for the past ten years Dr. Knoll has taken part in NASA’s Mars Exploration Rover (MER) mission, leading the planning and implementation of related research. His expertise with regard to life on Proterozoic Earth has done much to help elucidate life and its environment on Mars.

The selection criteria for this prize consisted of the relevance of the candidate’s research to the selected field of biology, its originality, its influence on the field of biology in question, and its contribution to advancing progress in biological science as a whole. Dr. Knoll’s work more than amply satisfied all these selection criteria.

The Committee on the International Prize for Biology deliberated on the basis of our recommendation, and decided to bestow the 34th International Prize for Biology on Dr. Andrew Herbert Knoll.

With this, I conclude my report on the process of selection.