县级土地利用规划管理信息系统的建设

县级土地利用规划信息系统的建设，是国家、省、市、县四级土地利用规划管理信息系统建设的基础。其主要任务是应用数据库技术、网络通信技术、GIS技术、计算机加密技术、计算机并行技术，结合土地利用规划业务管理工作流程及业务需要，设计开发规划系统和建立规划数据库，最终实现远程报批和无纸化办公。     

基于MicroStation的规划行业空间数据库建设与应用

本文分析了几种常用GIS平台在规划领域系统建库中的优点和缺点,以及规划部门数据及行业管理特点。同时从数据格式、系统兼容等方面论述了MicroStation的规划行业建库的特点,揭示出MicroStation的规划管理信息系统建库的适宜性。最后以番禺规划管理信息系统的建立为例,较好地说明基于MicroStation的规划行业建库的实用性。     

村镇规划国土GIS数据的组织方法研究

村镇规划国土GIS数据是村镇规划国土信息系统的数据基础,因为其涉及规划、国土、建设等多个行业,数据来源多样、结构复杂,凶此不能简单地照搬城市领域的相关建设经验,而需对其数据组织方法进行深入的研究.本文首先分析了村镇规划国土GIS数据的特点,然后从数据分类编码、数据集成、异构数据融合和数据的专题化管理等几个方面对其进行了探讨研究.其对我国新农村建设中村镇信息的规范化组织有一定的借鉴作用.     

移动GIS与移动政务的结合

在对移动政务和移动GIS分析的基础上,论证了移动GIS应用于移动政务的必要性,提出了移动GIS应用于移动政务的通用架构,并进行了相关实验,证明基于移动GIS的移动政务可有力提升政府相关部门的服务质量和信息化水平。     

浅谈GIS在土地管理中的应用

一、GIS的概念 GIS（geograph icinformation system）,是集计算机科学、信息学、地理学等多门科学为一体的新兴学科,它是在计算机软件和硬件支持下,运用系统工程和信息科学的理论,科学管理和综合分析具有空间内涵的地理数据,以提供对规划、管理、决策和研究所需信息的空间信息系统。     

协同式电网规划系统设计

利用GIS技术进行电网管理和规划是实现电力信息化、建设数字电力的必由之路。论文在分析电网规划的特点基础上,将计算机支持的协同工作思想引入电网规划设计中,以ArcSDE GeoDatabase的版本操作和基于权限控制的数据表技术,作为空间数据协同操作和业务属性数据协同操作的技术基础,建立了协同式电网规划系统,系统的实践应用证明了系统的高效性和先进性。     

基于Android终端和UC Map平台的移动GIS开发与应用

面向服务的移动GIS开发与应用逐渐成为移动GIS领域研究热点和发展趋势。本文首先介绍了Android终端和UCMap开发平台等相关知识;其次详细研究了基于移动GIS应用的Android平台开发环境搭建和基于UCMap平台的Android终端应用二次开发模块;最后提出了一种基于移动GIS应用的UCMap平台开发与应用模式,并在Android平台上进行了相关技术验证,对移动GIS应用研究具有较高的技术参考价值。     

黄河三角洲可持续发展信息系统

本文针对黄河三角洲可持续发展的优势与制约因素,综合考虑资源、环境、社会等因素,建立了集遥感、GIS和网络为一体的信息系统,建立了服务于区域可持续发展规划管理的湿地与生物多样性模型、土地适宜性分析模型、灾害评价模型、环境监测与治理模式和水资源调配模式。     

基于移动GIS的土地执法动态巡查系统建设

目前土地执法巡查工作存在着作业方式落后、信息化程度低、巡查效率低和巡查人员不易监督的问题。针对这些问题,通过分析土地执法巡查的业务需求和移动GIS技术的特点提出构建基于移动GIS的土地执法动态巡查系统,在此基础上完成系统总体架构设计和功能设计,分析系统实现的移动GIS技术、数据库引擎技术、Web Services技术和基于时间维的GIS管理技术,重点阐述移动GIS技术在系统中的应用,最后完成系统开发。系统的使用改善了执法巡查现状,提高了巡查效率。     

基于P2P和QoS的移动GIS地图服务模型研究

介绍了移动GIS地图服务应用发展及趋势;研究了移动GIS地图服务中对等网络和地图服务质量控制机制的构建方法;基于P2P技术和QoS技术,针对移动GIS地图服务应用中存在的一些弊病,提出了四种服务模型：数据分层分块模型、地图服务匹配模型、数据缓存下载模型和地图数据传输模型,这些模型对于移动GIS地图服务应用中理论研究和技术开发具有较高的参考价值和借鉴意义。     

Thermohaline structure inhomogeneity associated with polynia at the northern margin of Emery Ice-shelf

Based on the hydrographic data in austral summer during the 22nd Antarctic Expedition of China(2005/2006),some features can be found about the northern margin of Emery ice shelf as follows.The heat content in the surface layer(0-50 m) at the eastern end and the western end of the ice-shelf margin is much higher than that at the middle.The upper mixing-layer depth and the seasonal thermocline depth at the middle of the ice-shelf northern margin are much shallower than those at the both ends.However there is much less difference between the middle and the ends in the bottom layer.The remote sensing photos show that the inhomogeneity in the surface-layer water is closely related to the spatial distribution of the floes and polynia in the area.     

Phylogenetic analysis of cultivable bacteria isolated from Arctic sea-ice

Phylogenetic analysis based on 16S rDNA of 8 strains of cultivable bacteria isolated from Arctic sea-ice was studied.The results showed that strain BJ1 belonged to genus Planococcus,which was a genus of low mole percent G C gram-positive bacteria;strain BJ6 belonged to genus Burkholderia of β-proteobacteria and the rest 6 strain all belonged to γ-proteobacteria,of which strain BJ8 was a species of Pseudoalteromonas,strain BJ2-BJ5 and BJ7 were members of genus Psychrobacter.Phylogenetic analysis also indicated that bacteria of genus Psychrobacter of the isolates formed a relatively independent phylogenetic cluster in comparison with other bacteria belonged to genus Psychrobacter.     

Information for authors

正1 Aims and Scope Advances in Polar Science(APS)is an international,peer-reviewed journal jointly sponsored by the Polar Research Institute of China and the Chinese Arctic and Antarctic Administration.APS is a comprchensive academic journal dedicated to presentation of multi-disciplinary achievements in Arctic and Antarctic expeditions and research.Its primary purpose is to publish achievements in fundamental research,applied     

Advances in Polar Science CONTENTS(Volume 25,2014)

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Guide to Authors： Journal of Mountain Science

<正>AIMS AND SCOPE(Editorial Policy)The Journal of Mountain Science(JMS)is devoted to mountains and their surrounding lowlands-ecoregions of particular global importance,with a particular emphasis on the important highlands/mountains in the world,such as the Tibetan Plateau,the Himalayas,the Alps,the Andes,the Rockies and many other mountain ranges of our planet.     

Journal of Mountain Science(JMS)

<正>The Journal of Mountain Science(JMS),founded in2004,is an international English-language journal on mountain sciences.JMS is supervised by the Chinese Academy of Sciences(CAS),sponsored by the Chengdu Institute of Mountain Hazards and Environment,CAS,published by Science Press China,and distributed by Springer exclusively throughout the world(excluding Mainland China).The JMS is published bimonthly,fulltexted in SpringerLink and CNKI,indexed/abstracted by     

Foreword

正Rapid changes of Arctic sea ice cover have been in the focus of the international climate research community in recent years.Quite a few of nations have completed a large number of related surveys and research projects in the Arctic Ocean.Up to now,China has performed six research cruises to the Arctic Ocean resulting in a significant volume of research output.Improved knowledge on the atmospheree-sea ice-ocean interactions in the Arctic is a     

Exposure ages and radiogenic ages of ureilite(GRV 024516) and ordinary chondrite(GRV 024517) from Antarctica

The GRV 024516 and GRV 024517 meteorite samples collected from Grove Montains,Antactica are ureilite and H5 ordinary chondrite,respectively.Based on the study of mineralogy-petrology,the cosmic-ray exposure ages and gas retention ages of these two meteorites were determinated and calculated.Their cosmic-ray exposure ages are 33.3 Ma,51.7 Ma,and gas retention ages are 1936.8 Ma and 3720 Ma,respectively.The ureilite contains diamond,graphite and amorphous C,which are mainly carrier of noble gases indicating obviously shock metamorphism effects,which induced 40Ar partial loss.The H5 chondrite indicates thermal metamorphism of parent body,its gas retention age fall the range between 3220 Ma and 4510 Ma of the least shocked H5 chondrites