中国东北图们江流域社会经济发展现状及其前景分析

图们江流域是我国东北地区很有发展潜力的区域，它地理位置优越，自然资源丰富，社会经济的发展取得了一定的成就。但是与此同时，也遇到了很多问题，比如地方企业的技术创新能力不强，产业升级进展迟缓，农民收入得不到提高，农业生产环境恶化，自然生态环境遭到严重破坏、经济发展缺少可持续性等。对此，本文立足图们江流域的现实条件，认为在充分利用本地资源的基础上，积极参加区域合作，进行产业互补将是图们江流域今后经济发展的必由之路。     

关于中国陆架沙漠化理论几个问题的探讨

陆架沙漠化理论主要有两方面的问题;第一,该理论所例举的沙漠化证据大多属于不能确认沙漠环境的多解标志;第二,该理论没有阐明冰后期海进过程对陆架上可能存在的风成沙所产生的影响。本文就这些问题进行了讨论,认为中国大陆架上的残留沉积不宜定为古沙漠堆积。     

简论以色列的区域环境合作开发战略

随着经济发展和人口的增加,环境与资源问题在中东国家日益普遍和突出。环境问题的根源及其影响超越了国界,环境问题也必须国际合作才能解决,这对以色列所在的东地中海地区特别重要。东地中海国家开展环境治理和管理的合作不但符合该地区社会经济的可持续发展要求,也是促进和巩固中东政治和平的重要手段。本文分析了以色列政府1996年1月提出的《区域环境合作和发展选择》文件的基本框架和内容,指出：这个规划对区域经济合作具有宏观指导意义和操作意义,更是新时期以色列抢占中东经济高地的一个前瞻性战略,将对中东的政治经济新格局产生深远的影响。     

粤港生产性服务业合作发展研究

粤港两地要提高合作的层次，就要以服务业为重点，而生产性服务业是服务经济迅速发展的根本力量，两地加强在生产性服务业方面的合作既十分必要，又具有现实意义。文章主要探讨了粤港两地在生产性服务业方面加强合作的必要性和现实性，并以在东芜进行的问卷调查为例，来说明两地生产性服务业合作的影响因素和存在问题，在此基础上提出一些有益的建议和对策，以推动粤港两地经济的共同发展。     

配筋砌体结构地震易损性评价方法初探

本文首先简要介绍了考虑空间协同的配筋砌体结构弹塑性地震反应分析程序EDAPSC；然后提出了一种利用空间协同时程分析结果，对配筋砌体结构地震易损性进行定量评价的方法，并以上海园南小区住宅楼为例进行了地震易损性分析，说明本文提出的地震易损性评价方法是可行和合理的；另外作者还对设计人员提出了提高结构抗震安全性的建议。     

从第23届IUGG大会看地球科学的未来

本文扼要介绍了笫23届国际大地测量与地球物理学联合会(IUGG)的主要学术活动及其特点，包括大会的4个主题报告和8个联合会学术大会的情况，其共同特点是强调对地球系统过程的多学科综合研究，充分展示了当今地球科学学科交叉和融合的态势。此外，对IUGG理事会会议和大会决议等也作了简短的报导。     

The utopia of the binational city

Kerkrade and Herzogenrath, on the German-Dutch border, look back at a common past in the former Land of Rode. This ceased to exist in 1815 when the border was drawn between Prussia and The Netherlands. Since then the people turned their backs to each other more and more and started orientating towards their own nation state. Only after the dramatic nationalism of World War II subsided, did the border loose some of its dividing effects on political and social life. Unification processes of the European Union strengthened this, and the rapprochement between Kerkrade and Herzogenrath has become so intensive that they present themselves as one town: Eurode. The identification of both towns as one territorial, institutional and social entity was and is essential for the success of Eurode. Yet, creating a feeling of 'we-ness' is not enough if the actions and thoughts of the inhabitants do not match this feeling. This article therefore deals with the different stages of cross border integration necessary before one can speak of a 'binational city'. The question remains open however, whether the binational city can ever be more than Utopia. This revised version was published online in July 2006 with corrections to the Cover Date.     

区域一体化的理论概念及其发展

为了明确国际性区域经济合作的理论和实践对中国开展区域经济合作的参照性，本文对国际性区域合作的基本理论概念及其演变进行较为系统的总结和分析。首先阐述了用来描述在国家之间建立区域化、集团化合作关系的基本概念--“区域一体化”的理论内涵，然后概括分析了60年代以来，特别是冷战结束后，世界经济的区域化、集团化发展实践对“区域一体化”概念的传统理论界定的挑战，并对近年来有关世界范围内区域经济合作现象的理论概念的新发展进行了概括总结，在此基础上，提出澄清有关认识的必要性。     

Tibetan Plateau: Geodynamics and Environmental Evolution--The cooperative projects based upon the memorandum of CAS and DFG

The Tibetan Plateau (TP) plays a unique role in Earth System Sciences. It represents a key area to understand not only basic geodynamic processes linked with the formation and uplift of mountains and plateaus, but also the interaction between plateau uplift and environmental changes. Over the last 50 million years the formation of the TP has considerably influenced the global climate and monsoon system. Moreover, the TP proves to be extremely sensitive to present-day global change phenomena. Based upon the foundation of the new Institute of Tibetan Plateau Research (ITP) by the Chinese Academy of Sciences (CAS) and through the Memorandum signed by the CAS and DFG (Deutschen Forschungsgemeinschaft), both CAS and DFG provide opportunities to intensify TP research and to develop coordinated research programs. “The Tibetan Plateau – Geodynamics and Environmental Evolution” consisting of one big projects funded by CAS and five projects funded by DFG that cover the pre- and early-collision history of the TP, the Palaeogene/Neogene uplift and climatic dynamics as well as the Late Quaternary and recent environmental and climatic changes on the TP. The projects are linked through several levels of interactions.