“国际地球年”进展

人类生存与发展的基本关系是人与自然的关系,社会可持续发展的基础是自然支撑系统。因此,人类社会必须对赖以生存的地球深入完整地了解并合理地使用。然而,在经历了近300多年科学技术发展所带来的工业革命之后,人类社会才逐步意识到地球所能供给的自然资源正出现危机,我们赖以生存的环境正受到人为作用越发严重的破坏,随着社会财富的快速增长与聚集,自然灾害所造成的损失也越来越大。[第一段]     

Global launch event of the International Year of Planet Earth

The Global Launch Event of the International Year of Planet Earth （IYPE）, proclaimed by the United Nations＇ General Assembly for 2008, took place on 12 and 13 February 2008 at the Paris headquarters of UNESCO.     

Earthlearningidea—ideas for the International Year of Planet Earth

'Earthlearningidea' will be putting up a new idea for learning about the Earth every week during 2008—the International Year of Planet Earth. The ideas are aimed at teacher trainers in science and geography who will be training teachers in the teaching of Earth science—but we hope they will be widely used by classroom teachers who have access to the internet too. A blog runs alongside them aiming to build up a worldwide discussion network of Earth science educators. Help us circulate Earthlearningideas around the globe!     

地质遗产、地质公园及通过2008国际地球年促进地球科学

In the years 2000 and 2001 a few visionaries in IUGS under the lead of Ed de Mulder, at that time President of IUGS, started to think out loudly about an ＂ International Year of Planet Earth＂ （YEAR）. It was their feeling that globally the geosciences did not get that part of public recognition that geosciences should earn, compared to ecology, economy, sustainable development and environmental sciences at large.[第一段]     

国际地球年中国行动启动仪式暨纪念第39个世界地球日宣传活动在北京举行

2008年4月22日,国际地球年中国行动启动仪式暨纪念第39个世界地球日宣传活动在中国地质大学(北京)举行。“认识地球,和谐发展”为中国第39个世界地球日与国际地球年中国行动共同采用的主题,目的在于提升公众对地球的认知程度,推动地学为社会经济可持续发展服务。纪念活动由国际     

A Bibliometrical Analysis of International Cooperation Research in the Field of Tibetan Plateau

Tibetan Plateau, with its unique characteristics and its impact on the global environment, ecology and climate, is an important research region of the international scientific community. The development of international cooperation in the field of Tibetan Plateau was reviewed and the quantitative statistics and data in accordance with the SCI papers of international cooperation in the field of Tibetan Plateau were analyzed during the 35 years of 1980-2014. The experience of international cooperative research in the field of Tibetan Plateau from starting stage to rapid development to tend to mature stage of development was summarized. International cooperative research has become the main organization of research in the field of Tibetan Plateau. Tibet Plateau international collaboration changing from single academic discipline to multi academic disciplines was analized. Changes in major countries of international cooperation research and independent research in the field of Tibetan Plateau were compared and suggestions for strengthening international cooperative research in the field of Tibetan Plateau for China in the future were put forward.     

构建天地一体化的全球对地观测系统--三次国际地球观测峰会与GEOSS

为深入认识地球系统,提高国家、地区和全球应对突发事件的能力;为解决人类社会发展中所面临的资源环境危机,增进人类的健康、安全和福祉;通过广泛的国际合作,构建综合、协调、持续的全球对地观测系统是实现上述目标的有效途径且已成为国际社会共识。通过对近两年来3次国际对地观测峰会概况的介绍和分析,阐述了分布式全球对地观测系统（GEOSS）的目标、范围、社会效益、技术方法和运作机制等内容。强调GEOSS成功的关键因素之一取决于其参加者能否接受并执行系统的互操作规程与统一的数据标准,以实现全球范围的数据资源共享。     

制约与创作——郑州景峰国际中心建筑方案设计

郑州景峰国际中心位于郑州郑东新区内,它是集酒店及配套和酒店式公寓为一体的综合建筑。该设计比较成功地将紧张用地、规划部门的各种规定和业主的要求及建筑设计充分结合起来。相信它的建成会为郑州郑东新区增添一个高标准的商务及居住场所。     

青藏高原能量与水循环国际合作研究的进展与展望

青藏高原能量与水循环过程对我国、东亚乃至全球的天气和气候系统都有着非常重要的作用.1996年以来,在国家自然科学基金委员会、中国科学院、中国气象局等相关部门和日本政府的大力支持下,我们针对青藏高原能量和水循环过程的重要性,成功地开展了青藏高原尺度和藏北地区中尺度的"全球能量水循环之亚洲季风青藏高原试验研究"(GAME/Tibet)项目和"全球协调加强观测计划之亚澳季风青藏高原试验研究"(CAMP/Tibet)项目近10余年的连续观测,取得了以往高原试验从未有过的大量极其珍贵的综合观测资料.而且在利用试验资料分析、卫星遥感及数值模拟等手段研究青藏高原能量与水循环方面取得大量的阶段性成果.介绍了青藏高原能量与水循环的研究进展及国际合作在项目执行过程中所起到的作用,同时介绍国际合作在吸纳境外研究资源及培养青年科技人才中所起的作用.最后提出了国际合作中存在的问题,并给出了相关的建议.