“欢度国庆节喜迎十八大”廉政文化建设学习体会摘录——财务审计处

国土资源财务管理工作立足服务、保障和监督职能,以围绕国土资源事业发展为中心,以提供服务和保障为目标,以加强队伍建设和财务制度建设为基础,以资金监督检查为重点,有效保障和推动了国土资源事业的健康发展。国土资源财务监管工作与反腐倡廉建设相辅相成,只有将反腐倡廉工作与财务管理工作有机结合、深度交融,才能切实加强和有效发挥财务监管的职能,从源头上堵塞腐败漏洞,防患于未然。     

落实节约优先战略 持续拓展发展空间 努力为推进中原经济区建设提供支撑和保障——在全省国土资源工作会议上的报告(摘要)

(2011年1月24日)一、积极主动服务,严格规范管理,国土资源保障和促进我省经济社会发展取得明显成效十一五是国土资源事业发展很不寻常的五年。五年来,全省各级国土资源部门认真贯彻落实国家宏观调控政策和我省重大决策部署,紧紧围绕推进一个载体、三个体系建设发展战略,切实履行保护资源、保障发展的重要职责,全面完成了十一五确定的各项目标任务,为     

科学发展谱写国土资源事业新篇章——黄南州国土资源事业十年成就回顾

党的十六大以来的十年．是黄南州国土资源管理解放思想、在改革创新中一步一个脚印地向前发展的十年。十年间,黄南的国土资源管理工作切实履行“保护资源、保障发展、维护权益、服务社会”的神圣使命,不断地开创国土资源事业改革发展的新局面,在保护资源、保障发展、参与宏观渊控、维护权益等方面都取得了巨大成就,为黄南经济社会持续、平稳快速发展做出了新的贡献。     

落实节约优先战略持续拓展发展空间努力为推进中原经济区建设提供支撑和保障——在全省国土资源工作会议上的报告(摘要)

一,积极主动服务,严格规范管理,国土资源保障和促进我省经济社会发展取得明显成效 "十一五"是国土资源事业发展很不寻常的五年.五年来,全省各级国土资源部门认真贯彻落实国家宏观调控政策和我省重大决策部署,紧紧围绕推进"一个载体、三个体系"建设发展战略,切实履行保护资源、保障发展的重要职责,全面完成了"十一五"确定的各项目标任务,为保障和促进全省经济社会平稳较快发展做出了积极贡献.     

依靠科技进步全面提升全省国土资源保障能力

一、充分发挥科技对国土资源工作的支撑和保障作用改革开放以来,特别是西部大开发战略实施以来,随着全省经济社会的持续快速健康发展,国土资源工作也取得了长足发展,对全省经济社会发展的保障能力不断增强。国土资源科技工作也紧紧围绕全省国土资源工作实际,创新思路,拓展领域,     

回眸“十五”宜阳国土管理不平凡

“十五”期间,是宜阳县国土资源管理事业开创新局面、创造新业绩的五年.在这不平凡的五年里,县国土资源局紧紧围绕县域经济发展大局,在管理上动真格,在服务上下功夫,积极、稳妥地履行国土资源管理职能,为保障市、县经济发展用地需求做出了积极的贡献,书写了宜阳国土资源管理史上光辉的一页.     

滨州市国土资源局努力加强数字档案馆建设

滨州市国土资源局档案馆保存着近30年以来反映滨州市国土资源建设发展历程的各类档案资料卷宗,是国土资源建设与发展的资源库。随着国土事业建设的飞速发展,档案资料在国土事业建设中发挥着越来越重要的作用,它是数字国土资源的基础数据源,它将为国土资源数字化管理提供真实可靠的依据性档案信息。     

回眸"十五"宜阳国土管理不平凡

"十五"期间,是宜阳县国土资源管理事业开创新局面、创造新业绩的五年.在这不平凡的五年里,县国土资源局紧紧围绕县域经济发展大局,在管理上动真格,在服务上下功夫,积极、稳妥地履行国土资源管理职能,为保障市、县经济发展用地需求做出了积极的贡献,书写了宜阳国土资源管理史上光辉的一页.     

深刻领会十八大精神 全力做好征地补偿安置工作

党的十八大报告多处内容涉及国土资源工作,指出了国土资源工作面临的新形势,明确提出了一系列新任务和新要求,为国土资源事业改革发展指明了方向。特别是对保障农民利益、推动制度改革创新等方面,提出"改革征地制度,提高农民在土地增值收益中的分配比例"。学习领会贯彻十八大精神,就需要我们立足省情,从推动经济社会发展的全局出发,站在经济社会发展全局的高度,总结工作     

为青海经济社会发展提供坚实的资源保障——60年来我省国土资源管理和发展之路

新中国成立60年来,青海建立了独立完整的国土资源管理体系,成功实现了由小到大的历史性跨越,实现了从计划经济体制到社会主义市场经济体制的转变,实现了从封闭、半封闭到全方位开放的转变。60年的艰苦奋斗,60年的历史跨越,铸就了青海国土资源管理事业发展的辉煌成就……     

临沂市与江苏省四市保障用地做法对比分析

临沂市毗邻江苏省,前者是革命老区,经济欠发达城市,后者则是全国经济发展速度最快的省份之一.经济发展形势的差异使得二者在保障用地的措施做法上产生了差别.文章以江苏省徐州市、宿迁市、南通市和扬州市为例,重点分析了经济发展较快地区化解用地矛盾的做法,并与临沂市作了比较,借以提出了可供经济欠发达地区借鉴的保障发展用地的措施建议.     

北部湾海域秋、冬季甲壳类的种类组成及分布

根据 2 0 0 1年 11至 2 0 0 2年 1月间北部湾海域秋、冬季 2个航次的底拖网渔业资源调查资料 ,对北部湾海域甲壳类的种类组成及分布进行研究。本次调查共渔获虾类 2 4种 ,隶属于 6科 11属 ;蟹类 30种 ,隶属 9科 19属 ;虾蛄 9种 ,隶属 2科 6属。各种类沿水深和地理分布有明显变化 ,主要集中分布于湾中部水深 2 1～ 80m海域。     

Mollisols properties and changes in Ukraine and China

Soils are the foundation of civilizations and the basis for human food production.Mollisols in Ukraine and Northeast China are two out of the four major Mollisol regions in the world.The natural areas from which Mollisols developed are the prairies and steppes that experience temperate and freezing conditions.This review paper introduces the general climate,vegetation,and topography of Mollisols regions in Ukraine and Northeast China,analyzes their properties,including soil texture,soil organic matter content,soil bulk density,pH,cation exchange capacity and other chemical properties,and compares the property changes and management practices of Mollisols in relation to sustainable grain production.     

Turbulence and Fossil Turbulence in Oceans and Lakes

Turbulence is defined as an eddy-like state of fluid motion where the inertial-vortex forces of the eddies are larger than any of the other forces that tend to damp the eddies out. Energy cascades of irrotational flows from large scales to small are non-turbulent, even if they supply energy to turbulence. Turbulent flows are rotational and cascade from small scales to large, with feedback. Viscous forces limit the smallest turbulent eddy size to the Kolmogorov scale. In stratified fluids, buoyancy forces limit large vertical overturns to the Ozmidov scale and convert the largest turbulent eddies into a unique class of saturated, non-propagating, internal waves, termed fossil-vorticity-turbulence. These waves have the same energy but different properties and spectral forms than the original turbulence patch. The Gibson (1980, 1986) theory of fossil turbulence applies universal similarity theories of turbulence and turbulent mixing to the vertical evolution of an isolated patch of turbulence in a stratified fluid as its growth is constrained and fossilized by buoyancy forces. Quantitative hydrodynamic-phase-diagrams (HPDs) from the theory are used to classify microstructure patches according to their hydrodynamic states. When analyzed in HPD space, previously published oceanic datasets showed their dominant microstructure patches are fossilized at large scales in all layers. Laboratory and field measurements suggested phytoplankton species with different swimming abilities adjust their growth strategies by pattern recognition of tur-bulence-fossil-turbulence dissipation and persistence times that predict survival-relevant surface layer sea changes. New data collected near a Honolulu waste-water outfall showed the small-to-large evolution of oceanic turbulence microstructure from active to fossil states, and revealed the ability of fossil-density-turbulence patches to absorb, and vertically radiate, internal wave energy, information, and enhanced turbulent-mixing-rates toward the sea surface so that the submerged waste-field could be detected from a space satellite (Bondur and Filatov, 2003).     

小城市和建制镇土地集约利用面临的挑战与对策

小城市和建制镇土地集约利用程度低 发达国家的城镇化历程表明,城镇化水平达到30％后,城镇化即驶入快车道。目前,我国城镇化水平接近40％,已进入加速发展阶段,这一过程不依人们的意志为转移,也是我国实现现代化的必经之路。同时,我国城镇化水平还     

Changes in nitrogen and phosphorus and their effects on phytoplankton in the Bohai Sea

Systematic studies of the changes in dissolved inorganic nitrogen (DIN) and dissolved inorganic phosphorus (DIP) and their effects on phytoplankton over the last 30 years in the Bohai Sea are presented. The amount of sewage disposal, use of fertilizer and the Huanghe River runoff were found to have a significant influence on the DIN or DIP concentrations in the Bohai Sea over the last 30 years. Moreover, the changes in DIN and DIP resulted in changes in the limiting nutrients of phytoplankton in the Bohai Sea from nitrogen in the early 1980s to nitrogen-phosphorus in the late 1980s, and then to phosphorus after the 1990s. In addition, changes in nitrogen and phosphorus had a significant effect on the phytoplankton community structure. The half saturation constant (K _s) was used to evaluate the effect of nutrients on the phytoplankton community structure in the Bohai Sea over the last 30 years. Cell abundance percentages of dominant phytoplankton species with high K _s values for phosphorus and low K _s values for nitrogen have decreased since the 1980s, while those of dominant phytoplankton species with low K _s values for phosphorus and high K _s values for nitrogen increased during this period.     

Symbiosis of marshes and permafrost in Da and Xiao Hinggan Mountains in northeastern China

Recently, the degradation of permafrost and marsh environments in the Da and Xiao Hinggan Mountains has become a great concern as more human activities and pronounced climate warming were observed during the past 30 years and projected for the near future. The distr/bution patterns and development mechanisms of the permafrost and marshes have been examined both in theories and in field observations, in order to better understand the symbiosis of permafrost and marshes. The permafrost and marshes in the Da and Xiao Hinggan Mountains display discernible zonations in latitude and elevation. The marsh vegetation canopy, litter and peat soil have good thermal insulation properties for the underlying permafrost, resulting in a thermal offset of 3 ℃ to 4℃ and subsequently suppressing soil temperature. In addition, the much higher thermal conductivity of frozen and ice-rich peat in the active layer is conducive to the development or in favor of the protection of permafrost due to the semi-conductor properties of the soils overlying the permafrost. On the other hand, because permafrost is almost impervious, the osmosis of water in marsh soils can be effectively reduced, timely providing water supplies for helophytes growth or germination in spring. In the Da and Xiao Hinggan Mountains, the permafrost degradation has been accelerating due to the marked climate warming, ever increasing human activities, and the resultant eco-environmental changes. Since the permafrost and marsh environments are symbiotic and interdependent, they need to be managed or protected in a well-coordinated and integrated way.     

郯城县城镇变更地籍调查研究

城镇地籍调查是国土资源管理的一项重要的基础性工作,是城镇土地登记的法定程序,主要内容包括土地权属调查和地籍测量。该文分析探讨了土地权属调查政策、调查程序以及地籍测量技术的创新及应用,对城镇地籍初始和变更地籍调查具有一定的指导和借鉴作用。     

Distribution and pollution assessment of trace metals in seawater and sediment in Laizhou Bay

Selected trace metals(Pb, Cd, Cu, Hg) and arsenic in seawater and surface sediments of Laizhou Bay were determined, to evaluate their spatial distribution, pollution risk and potential ecological risk. Concentrations of the elements were 0.56–2.07, 0.14–0.38, 12.70–18.40, 0.014–0.094, and 1.13–2.37 μg/L in the seawater and 8.94–32.2, 0.18–0.67, 4.51–30.5, 0.006–0.058, and 5.75–15.3 mg/kg in sediments for Pb, Cd, Cu, Hg and As, respectively. High concentrations of the trace metals and arsenic in seawater and surface sediments were generally observed near the river estuary. The pollution risk result of the elements showed that Cu was the prominent trace metal pollutant in seawater, followed by Hg, Pb, Cd and As. The metal complex pollution index in seawater was at a medium level. The most important trace metal pollutant in sediments was Cd, followed by As, Cu, Pb, and Hg. Our pollution assessment suggests that trace metal pollution in Laizhou Bay sediments was at a low level. The potential ecological risk was also low in surface sediment.     

Evaluation and analysis of provincial differences in resources and environment carrying capacity in China

Resources and environment carrying capacity is central to not only regional sustainable development but also major function-oriented zoning. This paper presents an evaluation index system for resources and environment carrying capacity based on four aspects of carrying capacity(i.e., water resources, land resources, the environment, and ecosystems) by using a square deviation decision-making method, and on the basis of above effort evaluates the resources and environment carrying capacity across 31 provincial regions in China(not including Hong Kong, Macau and Taiwan regions of China). In addition, this paper evaluates the current state of socio-economic development, and analyzes the spatial distribution of resources and environment pressure. The results showed that distinct spatial differences in resources and environment carrying capacity and pressure across provincial regions. Resources and environment pressure is affected by both comprehensive resources and environment carrying capacity and socio-economic development. Regions subjected to lower degrees of resources and environment pressure will be restricted by resources and environmental problems through future courses of development owing to excessively low carrying capacities. By contrast, regions with higher comprehensive resources and environment carrying capacity will be subjected to excessively high levels of resources and environment pressure because of rapid socio-economic development. Both of resources and environment carrying capacity and pressure must therefore be considered in the allocation of country-binding targets to provincial regions.