地球的忠诚卫士——姜建军

他有着研究型学者孜孜不倦的品格,有着忧国忧民的情怀,有着环保主义者不知疲倦的背影。姜建军,一个地球母亲的忠实守护者,从国家地质遗迹保护,国家地质公园、矿山公园建设,到矿山环境整治、地质灾害气象预报,无不倾注了他的心血,讲述了他与地球母亲的难解情缘。     

整顿整合资源 科学循环发展——灵宝市矿产资源开发秩序整顿工作受到国务院验收组充分肯定

7月18日,国土资源部副部长汪民率领国务院九部委整顿和规范矿产资源开发秩序检查验收组,深入灵宝市检查验收整顿和规范矿产资源开发秩序工作。检查验收组一行首先深入灵宝市金源矿业有限责任公司第二分公司,实地查看整顿规范矿业秩序及企业生产情况。在查看整顿规范工作档案资料,听取灵宝市整顿和规范矿产资源开发秩序工作汇报,并与有关乡镇、矿业企业负责人和矿区群众代表进行座谈后,检查验收组一行对灵宝市整顿和规范矿产资源开发秩序工作取得的成效给予了充分肯定。     

我校“油气选区”项目取得重大创新性成果

2008年3月26～28日,国家油气资源战略选区项目2007年度工作汇报会议在北京召开。会议由油气中心主持,邀请16位院士及石油地质权威专家组成评审组。来自全国16个单位的100余名代表参加了会议。我校承担大庆外围盆地油气选区项目的主要负责人张兴洲、金巍、马志红、刘招君、刘立、薛林福、刘财教授及项目办公室主任王群参加了会议。14个项目组作了年度工作汇报。     

数字

山东省按照“禁采区关停、限采区收缩、开采区聚集”的原则,合理调整开采布局,严格控制矿山规模,全力推进矿产资源开发整合。目前,已有97个重点矿区完成资源开发整合任务。     

我国矿山地质环境恢复补偿制度建立与完善探讨

当前,我国经济建设对矿产资源勘查开发需求越来越强劲,因开采矿产资源所造成的越来越突出的矿山地质环境问题不仅威胁到人民生命安全,而且严重地制约了国民经济的发展。因此,迫切需要加强矿山地质环境保护和恢复治理,这也与国家环境政策的要求相适应,而建立矿山地质环境恢复补偿制度（或机制）则是一项十分有效的制度保障。     

图片报道

8月15日,河南省国土资源厅邀请郑州大学周文顺教授就“新解放、新跨越、新崛起”大讨论活动进行专题辅导,周教授作了题为《中共三代领导人理论创新》的报告。厅机关干部职工及直属单位负责人共200多人聆听了讲座。     

局党组就加快发展江西铀矿业经济恳请省国土资源厅给予具体指导

5月29日,我局党组成员、副局长戴民主、徐开云、黄江明,率领局机关有关部门负责人,到业务主管部门——省国土资源厅汇报交流加快发展江西铀矿业经济的思路与部署。恳请国土资源厅领导给予具体指导。这是我局在深入学习实践科学发展观活动中对调研成果的一次再论证。     

与危机矿山接替资源勘查有关的成矿找矿模式

简要叙述了与危机矿山接替资源勘查工作有关的一些成矿找矿模式，包括：绿岩带金矿新模式，斑岩铜矿模式，微细浸染型金矿深部找矿模式，铜镍硫化物深部找矿模式，金和铅锌矿共伴生模式等，以期为危机矿山深部和外围找矿勘查工作提供思路。     

全国主要固体矿产大中型矿山资源潜力调查资料初步汇总概述

中国主要固体矿产大中型矿山大多数分布于中东部地区，对第一批500余座矿山资源潜力调查资料初步评估汇总表明，占矿山总数的3/4矿山为资源型危机矿山，近200座约占1/3的调查矿山具有进一步寻找接替资源潜力；对危机矿山接替资源找矿勘查区的区域分布、主攻矿床类型、找矿预测方法及找矿勘查技术手段等资料数据开展综合汇总，结合相关数理统计分析和GIS空间分析，获得了一批数据图表，为编制“纲要”实施方案和危机矿山专项的工作部署提供了重要依据。     

The concentration and distribution of different mercury species in the water columns and sediment of Aha Lake

In order to find out whether Aha Lake was polluted by the acid mining waste water or not, the concentration and distribution of different mercuryspecies in the water columns and sediment profile collected from Aha Lake were investigated. It was found that discernible seasonal variation of different mercury species in water body were obtained in the Aha Reservoir. With regards to the whole sampling periods, the concentrations of HgP in the Aha Reservoir water body were evidently correlated to the concentrations of total mercury, showing that total mercury was mostly associated with particle mercury. The concentrations of methylmercury in water body were also evidently correlated to the concentrations of dissolved mercury. The dissolved mercury evidently affects the distribution and transportation of methylmercury. However, there is no correlation between methylmercury and total mercury. The dissolved mercury, reactive mercury, dissolved methylmercury levels in the water body of high flow period were much higher than those in low flow period. The distribution, speciation and levels of mercury within the Aha Reservoir water body were governed by several factors, such as the output of river, the release of sediment . Discernible seasonal variation of total mercury and methylmercury in porewater was described during the sampling periods, with the concentrations in high flow period generally higher than those in low flow period. The methylmercury in pore water column was evidently correlated to that of the sediment. The results indicated that highly elevated MeHgD concentrations in the porewater were produced at the depths from 2 to 5 cm in the sediment profile, and decreased sharply with depth. A positive correlation has been found between MeHgD formation and sulfate reducing bacterial activity. These highly elevated concentrations of MeHgD at the intersurface between waters and sediments suggest a favorable methylation condition. Moreover,