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- palaeo astrobiology 古天体生物学
- NASA now hosts an Astrobiology Institute. NASA现在主持一个天体生物的学会。
- Astrobiology is the ultimate study of life! 天体生物学是生命科学的终极研究!
- Study on Geology and Palaeo - Glaciation of Mt.Laoshan II. 崂山地质与古冰川研究2。
- The finding is profound for the emerging field of astrobiology. 这一发现对刚出现的天文生物学来说意义深远。
- Astrobiology's goal is to make sure that does not happen. 天体生物学的目标是保证那不发生。
- The finding has powerful implications for the emerging field of astrobiology. 这一发现对刚出现的天文生物学来说意义深远。
- Later,50 fossils of Meganthropus palaeo and Pithecanthropus erectus/ Homo erectus were found half of all the world's known hominid fossils. 后来，50种化石先后在这里被发现，包括远古巨人，猿人直立人/立人，占世界已知原始人类化石的一半。
- Because of the stronger heterogeneity of the palaeo - karstification, predicting cavernous reservoir distribution is very difficult. 以塔里木盆地轮西地区为例,开展了古岩溶洞穴型储层分布规律的研究,探讨了预测该类储层分布的测井地质方法。
- Though once considered outside the mainstream of scientific inquiry, astrobiology has become a formalized field of study. 虽然一度被视为非主流的科学问题，但天体生物学已成为正式的研究领域。
- Barry E. DiGregorio is a research associate for the Cardiff Center for Astrobiology in Wales, U.K. 英国威尔斯卡地夫天文生物学中心的副研究员。
- The determination of depositional environments is an effective means for basin analysis , palaeo geography and palaeoclimate study and oil reservoir judgement . 沉积环境的判别是沉积盆地分析、古地理、古气候研究和储层评价的重要手段。
- Finding a Second Sample of Life on Earth. Paul Davies and C. Lineweaver in Astrobiology, Vol. 5, pages 154-163; 2005. 寻找另类生命形式的最佳场所之一，是生态上没有已知生命存在的地区，例如海底火山口或南极的乾谷。
- Through petrology study and palaeo physicochemical environment analysis, this paper proposes the reservoir petrologic characteristics and diagenetic evidence of this area. 通过岩石学研究，结合古物化环境分析，提供了本区储层岩石学特征和成岩作用证据。
- PAUL DAVIES is a theoretical physicist at the Australian Center for Astrobiology at Macquarie University in Sydney. 戴维斯是雪梨麦觉理大学澳洲天文生物学中心的理论物理学家。
- The presence of liquid water is regarded as a pre-requisite for life, and detecting it is the goal of current astrobiology space missions. 因此,液态水的存在往往被视为生命的先决条件,探测其存在与否正是目前太空天体生物任务的目标。
- The site informs mainly about recent research and activities (like short courses and conferences) in Astrobiology and related fields. 本网站主要阐述了有关天体生物学和相关领域的近期研究和活动（如短期计划和会议）。
- It has promoted the development of many other scientific fields, such as astronautics, cosmochemistry, astrobiology and even philosophy. 它的研究也促进了航天学、宇宙化学、天文生物学乃至哲学等其他学科的发展。
- The formation of carbonate reservior is controlled by the overlaid C-P strata and the intensity of karstification which was related to the palaeo geomorphy and palaeodrainage system. 下古生界碳酸盐岩裂缝-溶蚀型储集层的发育特征以有无上古覆盖是岩溶发育的前提；古地貌、古水系控制岩溶发育强度。
- The Possibility of Alternative Microbial Life on Earth. C. E. Cleland and S. D. Copley in International Journal of Astrobiology, Vol. 4, No. 4, pages 165-173; 2005. 异形微生物也可能就潜伏在我们身边。科学家探索这种可能性的方法，是搜寻另类生物化学的痕迹。
