Actions for Modeling approach to assess the impact of point source air pollutant emission on vegetation
Modeling approach to assess the impact of point source air pollutant emission on vegetation
- Author
- Dauzvardis, P. A.
- Published
- United States : [publisher not identified], 1980.
Springfield, Va. : National Technical Information Service, [approximately 1980] - Physical Description
- microfiche : negative ; 11 x 15 cm
- Additional Creators
- Ballou, S. W. and Veselka, T.
- Summary
- Dose-response effects of gases emitted from industrial sources on vegetation were investigated. Some of the techniques available for vegetation damage assessments are outlined in this report. A new method of assessing potential chronic and visible damage has been developed and is described. Predictive models that will estimate plant damage in terms of decreased yields and the geographic area exposed are developed. An example is presented in which the modeling technique is used to determine the possible occurrence of yield reductions in crops grown near coal-fired power plants. (RJC)
- Report Numbers
- ANL/EES-TM-113
- Other Subject(s)
- 01 coal, lignite, and peat
- 010900 - coal, lignite, & peat- environmental aspects
- 20 fossil-fueled power plants
- 200202 - fossil-fueled power plants- waste management- noxious gas & particulate emissions
- 500200 - environment, atmospheric- chemicals monitoring & transport- (-1989).
- 54 environmental sciences
- 553000 - agriculture & food technology
- 60 applied life sciences
- Air pollution
- Carbonaceous materials
- Chalcogenides
- Coal
- Crops
- Data
- Distribution
- Emission
- Energy sources
- Environmental impacts
- Experimental data
- Food
- Forecasting
- Fossil fuels
- Fossil-fuel power plants
- Fuels
- Information
- Materials
- Mathematical models
- Numerical data
- Oxides
- Oxygen compounds
- Pollution
- Power plants
- Productivity
- Simulation
- Soybeans
- Spatial distribution
- Sulfur compounds
- Sulfur dioxide
- Sulfur oxides
- Thermal power plants
- Vegetables
- Collection
- NTIS collection.
- Note
- DOE contract number: W-31-109-ENG-38
OSTI Identifier 6871580
Research organization: Argonne National Lab. (ANL), Argonne, IL (United States).
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