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为了充分发挥油气田开发环境监测在环境管理工作中的作用,配合国家执行新的排放标准和排污收费标准,搞好各基层单位的排污申报工作,进一步提高环境监测质量和 相似文献
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六安市县区环境监测站质量管理工作存在的问题与对策 总被引:1,自引:0,他引:1
环境监测工作是环境管理的眼睛,也是环境保护部门的基础工作;环境监测工作的主要产品是监测数据,监测数据质量是环境监测工作的生命线,监测数据的准确、真实、可靠是环境监测工作的基本要求,为了得到准确、真实、可靠的环境监测数据,必须全面加强环境监测数据质量监督与管理。我国在加入WTO以后,为了环境监测工作与国际接轨的需要,在全国的环境监测系统开展了实验室资质认定工作, 相似文献
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环境监测数据是国家或者地方制定环境保护法律、法规、政策以及编制规划的基础,做好环境监测质量管理工作,是环境监测站开展环境监测工作的根本要求。 相似文献
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靳雷刘洋张硕韩冰 《环境保护与循环经济》2013,(8):55-57
剖析了无人机遥感系统的组成及工作流程,结合无人机遥感系统在某河流域环境监测项目中的应用案例进行深度分析,凸显了应用方案的诸多优势,并对该系统在环境保护领域中的应用前景进行了展望。 相似文献
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强化环境监测管理提高环境监测地位 总被引:3,自引:0,他引:3
段玉红 《中国环境管理干部学院学报》2004,14(4):33-35
总结和回顾了我国环境监测工作开展近三十年来所取得的非凡成绩,阐述了目前环境监测工作同整个环境保护事业相比较,同国外环境监测相比较存在的不足,并进一步提出了以"强化环境监测管理,提高环境监测地位"为核心的几点建议,旨在使我国的环境监测工作能更好地为环境保护和经济建设服务. 相似文献
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基层环保部门辐射环境管理的问题及对策 总被引:1,自引:0,他引:1
辐射环境安全监督管理是国家安全的重要内容,基层环保部门是辐射环境安全监管的基本力量。本文简述了环保部门环境辐射监管中存在的问题,提出了提高市、县级基层环保部门辐射环境安全能力建设的对策。 相似文献
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新时期基层环境监察执法理念转变的探讨 总被引:3,自引:0,他引:3
通过对广元市环境监察执法工作从传统环境监察执法向新时期环境监察执法转变的思考,认识到新时期基层环境监察执法应从接受新思想、新事物、新监察手段、新执法范围和新执法模式上转变,使新的执法理念满足新时期经济发展要求。 相似文献
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二级环境监测站的建设在我国环境保护工作中占有特殊地位和作用,我们必须认识到当前加强二级环境监测建设的迫切性、必要性和重要性。加强二级环境监测站建设的措施和建议有:提高二级监测站地位,加大对其经济投入;加强环境监测队伍的建设;加强专业技术水平、监测业务能力的提升;加强二级环境监测站的管理,积极开展国家实验室认可工作,不断优化环境监测工作。 相似文献
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文章总体介绍了中国石化河南油田分公司古城油矿实施清洁生产审核的概况,针对基层开展清洁生产审核工作的现状,重点分析了审核过程中存在的各种问题:审核培训的深度和力度不够,基层清洁生产审核的人力、物力资源严重不足等。提出提高基层清洁生产审核效果的对策:加强全员清洁生产知识和审核方法的培训,选定合适的清洁生产审核单元,充分利用好现有的技术资源。通过实施清洁生产方案取得了较好的经济效益和环境效益。 相似文献
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彭州市环境监测站发展与建设的探讨 总被引:2,自引:0,他引:2
四级环境监测站担负着环保系统最基层、最繁杂的各项环境监测及管理工作 ,本文从如何认识环境监测工作的重要性、坚持依靠与服务的方针、加强能力建设、疏通经费渠道、深化改革五方面探讨了县级市环境监测站在新形势下发展的方向与途径。 相似文献
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Rolando Bravo David A. Dow Jerry R. Rogers 《Journal of the American Water Resources Association》1994,30(5):891-899
ABSTRACT: The proportionality coefficient, K, and the weighing parameter, X, required for the Muskingum-Cunge Flood Routing Method are dependent on the hydraulic characteristics of the channel and the dynamic characteristic of the flood wave. This work focuses on the determination of the Muskingum-Cunge Flood Routing Method parameters for streams where measured hydrographs are not available (i.e., ungaged streams) with floods that stay within the channel banks. In the present work, a gaged creek was used and a dynamic wave was routed to test the reliability of the parameters determined through the Schaefer and Stevens technique (Schaefer and Stevens, 1978). The predicted outflow hydrographs are compared to the hydrographs obtained for the same stream determined with the Muskingum Routing option of the HEC-1 program. Cypress Creek in Harris County, Texas, was the model for this work; and the corresponding data were extracted from the Grant Road and Westfield, Texas, USGS gaging stations. 相似文献
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Michael Koryak Linda J. Stafford Rosemary J. Reilly 《Journal of the American Water Resources Association》2004,40(3):677-689
ABSTRACT: For more than 30 years, a program of continuous monitoring of pH, acidity, alkalinity, and other parameters has been maintained on a network of large streams degraded by acid mine drainage in the northern Appalachian high sulfur coal region. Continuous records since 1952 are available at a number of stations, and at several stations, acidity records date back to 1930. Comparable analysis techniques were maintained over the period of record, assuring the long term continuity of the database. This monitoring program has captured integrated long term trends within large and complex watersheds with numerous and varied types of mine discharges. The focus of this paper is a historical trend analysis of lightly to severely acid degraded major tributaries of the Allegheny River. Over the past three decades, all of the Allegheny River drainage basin stations have demonstrated steady and substantial declines in acidity and associated increases in pH and alkalinity. The average recorded decline in total acidity at four stations monitored since the 1950s was 94 percent. Since the 1970s, acidity declined by an average of 63 percent at 10 stations. Oxidative exhaustion of pyritic minerals exposed by mining is proposed as a major factor influencing these trends. 相似文献
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David Ching‐Fang Shih Chin‐Dee Lee Kin‐Forie Chiou Shi‐Ming Tsai 《Journal of the American Water Resources Association》2000,36(5):1087-1099
ABSTRACT: Water level data at 16 ground water wells and two sea water gauging stations, coupled with barometric measurements in an alluvial plain in the central‐west region of Taiwan, are analyzed using spectral analysis in the time and frequency domains. The semi‐diurnal component from water level station is observed to be the most noticeable signal while the diurnal component is the less distinct signal recorded at the water level stations. Both semidiurnal and diurnal components are coupled with atmospheric pressure measurements. From the atmospheric pressure data, spectral analysis indicates that both the raw and the pressure adjusted water levels are almost in phase and retain the same amplitude in this area. It implies that the effect of pressure variations is not significant for the sea water and ground water level nearby; the astronomical tidal components, as expected, are the main factor causing fluctuation of ocean water and ground water levels in the Choshuihsi alluvial plain. 相似文献