By Gerald R. Visgilio, Diana M. Whitelaw
This ebook is the results of a convention held biannually on the Goodwin-Niering middle for Conservation Biology and Environmental reports at Connecticut collage. It makes use of an interdisciplinary method of specialize in vital ecological affects of acid deposition, the transboundary nature of the pollution that reason acid rain, and household and foreign regulations designed to lessen the emission of those toxins. The e-book combines study findings and the coverage analyses of specialists from various educational disciplines with the positions complex through representatives of assorted nongovernmental businesses (NGOs). as the quantity explores many points of the acid rain factor, it will likely be of curiosity to a various viewers that comes with researchers, scholars, involved electorate, coverage analysts, and contributors of NGOs and executive organizations who may perhaps use the textual content as heritage for dialogue concerning the technology and coverage of acid deposition.
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Extra resources for Acid in the Environment-Lessons Learned and Future Prospects
Moreover, the Midwest is a significant source of atmospheric ammonia. In addition to regional pollution sources, local emissions of sulfur dioxide and nitrogen oxides from electric utilities and motor vehicles have significant impacts on local air quahty. Analysis of continental air currents shows that a multi-state region, including the Midwest, comprises the source area for sulfur dioxide, nitrogen oxide and ammonium emissions that are transported downwind to acid-sensitive areas of eastern North America (Butler et al.
1. State by state emissions of sulfur dioxide (a) and nitrogen oxides (b) in the United States. S. EPA 2005). Note the bars are scales to 1990 emissions for Ohio (2 million metric tons for sulfur dioxide and 454,000 tons for nitrogen oxides) 30 Charles T. Driscoll et al. 9 million metric tons in 2002. 2). The 1990 CAAA set a cap of 14 million metric tons of total annual sulfur dioxide emissions to be achieved by 2010. 6 million metric tons to be reached by 2010. 7 million metric tons in 1990. From 1990 to 2002 nitrogen oxide emissions have decreased 12%.
In North America, emissions of sulfur dioxide are highest in the mid-western 28 Charles T. DriscoU et al. S. 1a). 1b). Moreover, the Midwest is a significant source of atmospheric ammonia. In addition to regional pollution sources, local emissions of sulfur dioxide and nitrogen oxides from electric utilities and motor vehicles have significant impacts on local air quahty. Analysis of continental air currents shows that a multi-state region, including the Midwest, comprises the source area for sulfur dioxide, nitrogen oxide and ammonium emissions that are transported downwind to acid-sensitive areas of eastern North America (Butler et al.
Acid in the Environment-Lessons Learned and Future Prospects by Gerald R. Visgilio, Diana M. Whitelaw