Showing papers on "Nonpoint source pollution published in 1975"
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01 Jan 1975
TL;DR: In this paper, the authors present the following laws: Environmental Pollution Water Pollution Measurement Measurement of Water Quality Water Supply Water Treatment Collection of Wastewater Wastewater Treatment Sludge Treatment and Disposal Nonpoint Source Water Pooling Waters Pollution water PollutionWater Pollution Law Solid Waste Solid Waste Disposal Resource Recovery Hazardous waste Radioactive Waste Solid and Hazardous Waste Law Air Pollution Meteorology and Air Quality Measurements of Air Quality AIR Pollution Control Airpollution Law Noise Pollution Noise Measurement and Control Environmental Impact Environmental Ethics.
Abstract: Environmental Pollution Water Pollution Measurement of Water Quality Water Supply Water Treatment Collection of Wastewater Wastewater Treatment Sludge Treatment and Disposal Nonpoint Source Water Pollution Water Pollution Law Solid Waste Solid Waste Disposal Resource Recovery Hazardous Waste Radioactive Waste Solid and Hazardous Waste Law Air Pollution Meteorology and Air Quality Measurement of Air Quality Air Pollution Control Air Pollution Law Noise Pollution Noise Measurement and Control Environmental Impact Environmental Ethics.
232 citations
31 citations
TL;DR: In this paper, the economic impact of controlling sediment loss through changing forest management practices, harvest methods, and rates of harvest is examined, and a comparison is made between the income foregone to forestry firms and the regional loss of income as alternative measures of the cost of pollution control.
Abstract: This research examines the economic impact of controlling sediment loss through changing forest management practices, harvest methods, and rates of harvest. A comparison is made between the income foregone to forestry firms and the regional loss of income as alternative measures of the cost of pollution control. Both measures indicate substantial losses result from controlling nonpoint pollution and suggest present projections of this cost underestimate true social losses.
12 citations
01 Jun 1975
TL;DR: In this paper, the authors proposed a water resources grant for the U.S. Department of the Interior, Water Resources Grant/Contract No. 14-31-0001-4011; 14- 31-0001 -5011 Project No. A-044-HI
Abstract: U.S. Department of the Interior, Water Resources Grant/Contract No. 14-31-0001-4011; 14-31-0001-5011 Project No. A-044-HI
7 citations
01 Jan 1975
TL;DR: In this paper, the authors proposed a method to solve the problem of "uniformity" and "uncertainty" in the literature.http://www.theguardian.com
Abstract: ---------------------------------------
2 citations
01 Jan 1975
01 Feb 1975
01 Jan 1975
TL;DR: In this article, Wanelista presented an application of the "STORM" mathematical model for predicting quantity and quality of surface runoff for the Econlockhatchee River Basin located in c.en'tfil Florida.
Abstract: AN APPLICATION OF "STORM" MATHEMATICAL MODELING FOR EVALUATION OF NONPOINT SOURCE POLLUTION by JOHN THOMAS IZZO B.C.E., The City University of New York, 1966 Today, the engineer is faced with the task of predicting and evaluating the extent of the Nonpoint Sources that pollute our waterways. · iv A mathematical model may be an extremely useful tool in helping the engineer solve problems in .the area of water resources. During the course of this investigation, a literature survey related to the Econlockhatchee River Basin and to the "STORM" mathematical modeling technique for runoff evaluation has been conducted. The latter part of this report deals with an application of the "STORM" mathematical model for predicting quantity and quality of surface runoff for the Econlockhatchee River Basin located in c.en'tfil Florida. !J1f{ei;J~ P. Wan1elista, P.E. Research Report
TL;DR: In this article, the authors examined water use in industrial production as a cause of geographical clustering of major air polluting industries and found that the majority of industrial air pollutants are emitted within urban areas which are on water bodies with high and consistent volumes of water available.
Abstract: The paper examines water use in industrial production as a cause of geographical clustering of major air polluting industries. It shows that the majority of particulate and sulfur oxide emissions in the State of Illinois is emitted by industries using more than five billion liters of water per establishment per year. It also shows that the majority of industrial air pollutants is emitted within urban areas which are on water bodies with high and consistent volumes of water available. These and other results cited in the paper imply that any policy directly or indirectly promoting geographic dispersal as a means of reducing air pollution concentrations and population exposure rates is likely to be limited in effectiveness. It is suggested that such a policy can be effective only if at least one of two specified conditions is met. However, these conditions do not, by themselves, insure the success of such a policy. Finally, it is observed that the conjunction of air pollution with industrial water use indicates that much closer attention is needed to the relationship between air pollution and water pollution policies.