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The success of carbon capture, storage and sequestration as a greenhouse gas mitigation strategy will be, in part, dependent on the regulatory framework used to govern its implementation. Creating a science-based regulatory framework that is designed with enough flexibility to encourage greenhouse gas offset activity, effective means of measuring the costs of taking action to reduce greenhouse gas emissions, and ample protection for human and ecosystem health may prove challenging. For the purposes of this paper we will assume that there is an existing incentive to capture, store and sequester carbon and focus on how to regulate the process. Accounting practices and precursory crediting rules for biological sinks...
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INTRODUCTION A groundwater geochemical study was carried out from August 1999 to August 2000 near Fairbanks, Alaska. Groundwater samples were collected at two-month-intervals from 17 domestic water supply wells located throughout the Fairbanks (Fig 1) area to (1) comprehensively define the baseline geochemical signature of the groundwater, (2) examine the spatial variability, (3) examine any seasonal variability, and (4) determine the concentration of arsenic species in the groundwater. This report presents the methodology and analytical results for the groundwater samples taken during this study.
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INTRODUCTION A groundwater geochemical study was carried out from August 1999 to August 2000 near Fairbanks, Alaska. Groundwater samples were collected at two-month-intervals from 17 domestic water supply wells located throughout the Fairbanks (Fig 1) area to (1) comprehensively define the baseline geochemical signature of the groundwater, (2) examine the spatial variability, (3) examine any seasonal variability, and (4) determine the concentration of arsenic species in the groundwater. This report presents the methodology and analytical results for the groundwater samples taken during this study.
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INTRODUCTION A groundwater geochemical study was carried out from August 1999 to August 2000 near Fairbanks, Alaska. Groundwater samples were collected at two-month-intervals from 17 domestic water supply wells located throughout the Fairbanks (Fig 1) area to (1) comprehensively define the baseline geochemical signature of the groundwater, (2) examine the spatial variability, (3) examine any seasonal variability, and (4) determine the concentration of arsenic species in the groundwater. This report presents the methodology and analytical results for the groundwater samples taken during this study.
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