5th ELSI International Symposium: Expanding Views on the Emergence of the BiosphereThe 5th ELSI International Symposium, Expanding Views on the Emergence of the Biosphere, takes place January 11-13, 2017 in Tokyo, Japan. Talks will be webcast via SAGANet.org.
The Earth-Life Science Institute (ELSI) presents its 5th International Symposium: Expanding Views on the Emergence of the Biosphere.
January 11th-13th, 9AM – 5PM (GMT+9)
Earth-Life Science Institute, Tokyo Institute of Technology, Japan
Conference website: www.elsi5sympo.org
The emergence of a biosphere on Earth, and possibly elsewhere in the universe, remains one of the great unsolved scientific questions. Research into the origin and subsequent evolution of life takes place across an array of scientific disciplines, including but not limited to planetary sciences, astronomy, theoretical physics, chemistry and biology. The goal of this Symposium is to provide a forum for diverse perspectives and to unify the fragmentary knowledge stemming from single disciplines. Accordingly, the program features talks and discussions aimed at understanding the nature of life, the constraints of habitability, early Earth environments, systems chemistry, and the structure and attributes of early life. The Symposium will gather eminent investigators to exchange ideas, as well as provide opportunities for early-career scientists to present their findings in a poster format.
Remote Participation: All talks will be webcast via SAGANet.org. To join, go to: http://saganet.org/page/saganlive
Source: [Earth-Life Science Institute]
- NASA New Frontiers Program AO Released
- Opportunities and Obstacles for Life on Proxima B
- Implications of the Discovery of Proxima b
- Selection of NASA Postdoctoral Program Fellows from the November 2016 Opportunity
- NASA Telescope Reveals Largest Batch of Earth-Size, Habitable-Zone Planets Around a Single Star
- High-Altitude Water Acts as an Atmospheric Escape Route for Martian Hydrogen
- Extreme Phosphorus Scarcity and Its Grip on Ancient Life
- Meteorite Points to 2 Billion Years of Volcanic Activity on Mars
- The Search for Mars Biosignatures Up at High Altitudes
- UC Riverside Science Lecture Series: Are We Alone?