The Search for Life's Origins : Progress and Future Directions in Planetary Biology and Chemical Evolution

The Field Of Planetary Biology And Chemical Evolution Draws Together Experts In Astronomy, Paleobiology, Biochemistry, And Space Science Who Work Together To Understand The Evolution Of Living Systems. This Field Has Made Exciting Discoveries That Shed Light On How Organic Compounds Came Together To Form Self-replicating Molecules--the Origin Of Life. This Volume Updates That Progress And Offers Recommendations On Research Programs--including An Ambitious Effort Centered On Mars--to Advance The Field Over The Next 10 To 15 Years. The Book Presents A Wide Range Of Data And Research Results On These And Other Issues: 1. The Biogenic Elements And Their Interaction In The Interstellar Clouds And In Solar Nebulae. 2. Early Planetary Environments And The Conditions That Lead To The Origin Of Life. 3. The Evolution Of Cellular And Multicellular Life. 4. The Search For Life Outside The Solar System. This Volume Will Become Required Reading For Anyone Involved In The Search For Life's Beginnings--including Exobiologists, Geoscientists, Planetary Scientists, And U.s. Space And Science Policymakers. Overview -- The Cosmic History Of The Biogenic Elements And Compounds -- Early Planetary Environments: Implications For Chemical Evolution And The Origins Of Life -- The Origin Of Life -- The Evolution Of Cellular And Multicellular Life -- Search For Life Outside The Solar System -- Major Research Recommendations -- Space Science Program And Policy Issues. Space Studies Board, Committee On Planetary Biology And Chemical Evolution, Commission On Physical Sciences, Mathematics, And Applications, National Research Council. Includes Bibliographical References (p. 133-134) And Index. Annotation. This National Research Council book was written by a group of professionals with expertise in astronomy, paleobiology, biochemistry, and space science who gathered to study the origin of life--how organic compounds come together to form self-replicating molecules. They also offer recommendations on research programs--including an ambitious effort centered on Mars--to advance the field over the next ten to fifteen years. Annotation(c) 2003 Book News, Inc., Portland, OR (booknews.com) Focusing on the field of planetary biology and chemical evolution, this volume offers recommendations on research programs - including an ambitious effort centered on Mars. It is of interest to exobiologists, geoscientists, planetary scientists, and US space and science policymakers.