湖南省地质环境监测总站（湖南省遥感中心）     

《国土资源导刊(湖南)》2006,3(1):F0002

湖南省地质环境监测总站（湖南省遥感中心）成立于一九八五年，隶属湖南省国土资源厅，为两块牌子，一套人马的公益性、科研性事业单位。主要职责是“为国土资源管理提供业务基础支撑，为经济社会发展提供公益性服务”。  相似文献   

对现行《土地管理法》一些问题的研究   总被引：2，自引：0，他引：2  

高小永 《浙江国土资源》2005,(5):39-41

现行土地管理法主要内容和优势 一、现行土地管理法的主要内容的研究 1998年修订的新<土地管理法>主要内容包括:(1)保护耕地.保护耕地是我国土地管理法的核心内容,包括:确立了耕地总量动态平衡制度,明确了省级政府保护耕地的责任;确立了耕地占补平衡制度;将基本农田保护制度上升为法律,规定国家实行基本农田保护制度;加强了对建设用地总量和城市建设用地规模的控制,规定下级土地利用总体规划中的建设用地总量不得超过上级土地利用总体规划确定的控制指标;城市建设用地规模应当符合国家规定的标准等.  相似文献   

用好政策突破瓶颈     

蒋金红 《浙江国土资源》2005,(7):18-19

保护耕地是我国的一项基本国策,实行宏观调控是党中央国务院作出的重大决策,控制建设总量是实施宏观调控的重要手段.加快发展是党执政兴国的第一要务.金华市去年人均GDP达到2600美元,正处于工业化加速推进时期,省委省政府又把金华作为浙江中西部中心城市来培育,各项建设都需要有一定的土地资源予以保证.保护耕地和保障用地是一对矛盾.如何解决这一对矛盾,突破用地瓶颈,需要我们树立科学的发展观,深刻领会国家实行宏观调控的精神实质,用足用好省出台的有关政策,做好以下几方面工作.  相似文献   

土地征用中留地安置政策有待完善     

王少荣  刘丽明 《浙江国土资源》2004,(4):38-39

随着城市建设的快速发展,全面建设小康社会目标的实施,土地是一个必不可少的物质条件,没有一定数量的土地提供作依据,就很难有效地实现城市扩容和现代化建设.因此,有计划有目的地合理征用一部份土地,是城市化和现化化建设的需要.  相似文献   

海洋科技人才与成果的摇篮——青岛海洋大学     

《海洋世界》2001,(7):7-8

青岛海洋大学是一所以海洋和水产学科为特色的重点综合大学。1999年11月，经国家批准，成为“九五”期间“211工程”重点建设高校。数年来，青岛海大致力于“211工程”建设，在物理海洋学、水产养殖学、海洋药物学和海洋化学学科4个重点学科建设中取得丰硕成果。  相似文献   

全球变暖对华北水资源影响的初步分析   总被引：12，自引：0，他引：12  

傅国斌 《地理学与国土研究》1991,7(4):22-26

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Silicon limitation on primary production and its destiny in Jiaozhou Bay, China——Ⅳ：Study on cross-bay transect from estuary to ocean   总被引：1，自引：0，他引：1  

Yang Dongfang  Chen Yu  Gao Zhenhui  Zhang Jing  Wang Fan 《中国海洋湖沼学报》2005,23(1):72-90

The authors analyzed the data collected in the Ecological Station Jiaozhou Bay from May 1991 to November 1994, including 12 seasonal investigations, to determine the characteristics, dynamic cycles and variation trends of the silicate in the bay. The results indicated that the rivers around Jiaozhou Bay provided abundant supply of silicate to the bay. The silicate concentration there depended on river flow variation. The horizontal variation of silicate concentration on the transect showed that the silicate concentration decreased with distance from shorelines. The vertical variation of it showed that silicate sank and deposited on the sea bottom by phytoplankton uptake and death, and zooplankton excretion. In this way, silicon would endlessly be transferred from terrestrial sources to the sea bottom. The silicon took up by phytoplankton and by other biogeochemical processes led to insufficient silicon supply for phytoplankton growth. In this paper, a 2D dynamic model of river flow versus silicate concentration was established by which silicate concentrations of 0.028–0.062 μmol/L in seawater was yielded by inputting certain seasonal unit river flows (m³/s), or in other words, the silicate supply rate; and when the unit river flow was set to zero, meaning no river input, the silicate concentrations were between 0.05–0.69 μmol/L in the bay. In terms of the silicate supply rate, Jiaozhou Bay was divided into three parts. The division shows a given river flow could generate several different silicon levels in corresponding regions, so as to the silicon-limitation levels to the phytoplankton in these regions. Another dynamic model of river flow versus primary production was set up by which the phytoplankton primary production of 5.21–15.55 (mgC/m²·d)/(m³/s) were obtained in our case at unit river flow values via silicate concentration or primary production conversion rate. Similarly, the values of primary production of 121.98–195.33 (mgC/m²·d) were achieved at zero unit river flow condition. A primary production conversion rate reflects the sensitivity to silicon depletion so as to different phytoplankton primary production and silicon requirements by different phytoplankton assemblages in different marine areas. In addition, the authors differentiated two equations (Eqs. 1 and 2) in the models to obtain the river flow variation that determines the silicate concentration variation, and in turn, the variation of primary production. These results proved further that nutrient silicon is a limiting factor for phytoplankton growth. This study was funded by NSFC (No. 40036010), and the Director's Fund of the Beihai Sea Monitoring Center, the State Oceanic Administration.  相似文献   

宁波商帮的海洋文化情结     

章仲根 《广东海洋大学学报》2004,24(5):13-18

宁波商帮是我国十大商帮之一 ,百年经久不衰 ,究其原因是宁波商帮受到独特的宁波城市文化熏陶。宁波得天独厚的海洋优势 ,造就了有悠久历史凝结和中外文化交融的宁波海洋文化。海洋文化是一种先进的文化 ,具有大海的许多秉性 :大度、创新、包容。宁波城市文化把中国传统的儒家文化和宁波海洋文化很好地结合起来。正是这种独特的宁波城市文化 ,才哺育出顽强开拓、勇于创新 ,克勤克俭、脚踏实地 ,注重团队、和衷共济的“宁波商帮精神”。  相似文献   

Statistical analysis of surface hydrography and circulation variations in northern South China Sea     

吴玲娟  崔茂常 《中国海洋湖沼学报》2005,23(4):383-392

1 INTRODUCTIONThe South China Sea (SCS) is a semi-enclosedmarginal sea in western North Pacific Ocean withvery complex topography and is the important pas-sage connecting the Pacific and Indian Oceans. Ithas great impact to the global climate and a greatinterest of many oceanography researchers. Twodominant surface hydrographic and circulation fea-tures in the northern SCS are a strong fresh waterexpansion and a warm and high-salinity seawaterintrusion such as the SCS Diluted Water…  相似文献   

紧紧围绕服务发展这个目标努力做好二规、三保、四创工作     

唐建章 《浙江国土资源》2004,(4):10-12

党的十六大提出了全面建设小康社会的奋斗目标,湖州市第五次党代会作出了"接轨大上海,融入长三角,建设大城市,实现新跨越"的战略部署,这给国土资源工作提出更高要求和新的挑战.我们要按照"以人为本,全面协调,可持续发展和城乡统筹发展"的要求,坚持科学的发展观,围绕湖州经济社会可持续发展目标努力做好"二规、三保、四创"的工作,为建设大城市,实现新跨越服务."二规",即规划修编和规范管理;"三保",即保护耕地、保障用地和保护农民权益;"四创",即创新管理机制、创优管理服务、创造国土绩效、创强管理队伍.  相似文献