Mercury Monitoring Books

  • Atmospheric Analysis

    Volume 11.07 provides standardized methods, practices, guides, and terminology pertaining to air quality in outdoor, indoor, and workplace environments. Analytes include inorganic compounds (e.g., lead, mercury, beryllium, various sulfur and nitrogen compounds), organic compounds (e.g., formaldehyde, volatile organic compounds, pesticides, and ...

  • Atmospheric Analysis

    Volume 11.07 provides standardized methods, practices, guides, and terminology pertaining to air quality in outdoor, indoor, and workplace environments. Analytes include inorganic compounds (e.g., lead, mercury, beryllium, various sulfur and nitrogen compounds), organic compounds (e.g., formaldehyde, volatile organic compounds, pesticides, and ...

  • Atmospheric Analysis

    Volume 11.07 provides standardized methods, practices, guides, and terminology pertaining to air quality in outdoor, indoor, and workplace environments. Analytes include inorganic compounds (e.g., lead, mercury, beryllium, various sulfur and nitrogen compounds), organic compounds (e.g., formaldehyde, volatile organic compounds, pesticides, and ...

  • Atmospheric Analysis

    Volume 11.07 provides standardized methods, practices, guides, and terminology pertaining to air quality in outdoor, indoor, and workplace environments. Analytes include inorganic compounds (e.g., lead, mercury, beryllium, various sulfur and nitrogen compounds), organic compounds (e.g., formaldehyde, volatile organic compounds, pesticides, and ...

  • Atmospheric Analysis

    Volume 11.07 provides standardized methods, practices, guides, and terminology pertaining to air quality in outdoor, indoor, and workplace environments. Analytes include inorganic compounds (e.g., lead, mercury, beryllium, various sulfur and nitrogen compounds), organic compounds (e.g., formaldehyde, volatile organic compounds, pesticides, and ...

  • Atmospheric Analysis

    Volume 11.07 provides standardized methods, practices, guides, and terminology pertaining to air quality in outdoor, indoor, and workplace environments. Analytes include inorganic compounds (e.g., lead, mercury, beryllium, various sulfur and nitrogen compounds), organic compounds (e.g., formaldehyde, volatile organic compounds, pesticides, and ...

  • Ecosystem Responses to Mercury Contamination: Indicators of Change

    Drawing on the knowledge of international experts in the fields of atmospheric transport and deposition, mercury cycling in terrestrial and aquatic ecosystems, and mercury bioaccumulation in aquatic foodwebs and wildlife, Ecosystem Responses to Mercury Contamination: Indicators of Change presents the information needed to design a national-scale ...

  • Ecosystem Responses to Mercury Contamination: Indicators of Change

    As rising levels of mercury in the environment pose an increasing threat of toxicity to humans and wildlife, several laws already call for industries to reduce mercury emissions at the source. Ecosystem Responses to Mercury Contamination: Indicators of Change outlines the infrastructure and methods needed to measure, monitor, and regulate the ...

  • Ecosystem Responses to Mercury Contamination: Indicators of Change

    As rising levels of mercury in the environment pose an increasing threat of toxicity to humans and wildlife, several laws already call for industries to reduce mercury emissions at the source. Ecosystem Responses to Mercury Contamination: Indicators of Change outlines the infrastructure and methods needed to measure, monitor, and regulate the ...

  • Mercury Hazards to Living Organisms

    Complex and ever changing in its forms and functions, the element mercury follows a convoluted course through the environment and up the food chain. The process is complicated further by the fact that the difference between tolerable natural background levels and harmful effects in the environment is exceptionally small and still not completely ...

  • Mercury Hazards to Living Organisms

    Complex and ever changing in its forms and functions, the element mercury follows a convoluted course through the environment and up the food chain. The process is complicated further by the fact that the difference between tolerable natural background levels and harmful effects in the environment is exceptionally small and still not completely ...

  • ELEMENTAL ANALYSIS of FUELS and LUBRICANTS: Recent Advances and Future Prospects

    Twenty-three peer-reviewed papers examine the latest information on the elemental analysis of fuels and lubricants. Six sections cover:Overview—discusses total quality management practices advocated for obtaining a “perfect” analysis, including proper staff training, sampling, calibration and quality control practices.Atomic ...

  • Environmental Toxicology: Biological and Health Effects of Pollutants, Second Edition

    An Indispensable Reference of Air, Soil,  and Water Pollutants This second edition of Environmental Toxicology focuses on the biological and health effects toxins have on living organisms. It also stresses the relationship between human activity and the environment, relating changes in the environment with the changing patterns of human diseases, ...

  • Environmental Separation of Heavy Metals: Engineering Processes

    This new book explains advanced and emerging technologies for removing heavy metals from wastestreams and contaminated sites. Separation processes of this type are critical for meeting stringent regulations of priority pollutants, especially arsenic, mercury, and lead, which the text treats in depth. After explaining the chemistry of heavy metals ...

  • GEMS Environment Library No. 05: The Contamination of Food

    The UNEP/FAO/ WHO Food Contamination Monitoring Programme (GEMS/Food) has been collecting data on food contamination through a network of participating institutes since 1976. In 1988, data from the monitoring programme and other sources covering the years 1971—85 were compiled, analysed and published by GEMS as a joint UNEP/FAO/ WHO document ...

  • Metal Metabolism in Aquatic Environments

    Metal Metabolism in Aquatic Environments is a synthesis of recent developments in the field of metal ecotoxicology and features a number of contemporary issues arising from the interaction of metals and biota, such as pathways of assimilation and food chain transfer, metal accumulation and detoxification in humans and biotransformation of ...

  • Moore on Mercury

    Mercury is one of the more difficult objects for amateur astronomers to observe because of its close proximity to the Sun. For the same reason, it is also one of the most fascinating and strange planets. Mercury is not much larger that our Moon, but orbits the Sun at an average distance of only 58 million km, compared to the Earth’s 150 million ...

  • Advances in Mercury Toxicology

    Fate in the Environment: Speciation of Mercury in the Environment; H. Akagi, H. Nishimura. Disposition in the Body: Mechanisms of Urinary Excretion of Methylmercury; P. Kostyniak. Role of Glutathione in Mercury Disposition; A. Naganuma, et al. Biotransformation: Mercury Vapor Uptake and Oxidoreductases in Erythrocytes; S. Halbach. Molecular ...

  • Adjunct to E192 Reference Radiographs for Investment Steel Castings of Aerospace Applications

    Reference Radiographs are nondestructive testing standards universally accepted because of their high reliability in accept-reject actions.These reference radiographs illustrate various types and degrees of discontinuities occurring in thin-wall steel investment castings. (The reference radiographs are considered to be applicable to all ...

  • Mercury Fate and Transport in the Global Atmosphere

    Mercury, primarily because of its existence and bioaccumulation as methylmercury in aquatic organisms, is a concern for the health of higher trophic level organisms, or to their consumers. This is the major factor driving current research in mercury globally and in environmental regulation, and is the driver for the current UNEP Global Partnership ...

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