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RECORD NUMBER: 521 OF 586

OLS Field Name OLS Field Data
Main Title Technical, Intelligence, and Project Information System for the Environmental Health Service. Volume III. Lead Model Case Study.
Author Lut, Garson A. ; Levi, Arthur A. ; Bloo, Sanford G. ; Nielse, Kaj L. ; Cros, Jack L. ;
CORP Author Environmental Health Service, Rockville, Md.
Year Published 1970
Report Number PHS-CPS-69-005; 69-005-3;
Stock Number PB-194 412
Additional Subjects ( Air pollution ; Lead(Metal)) ; ( Lead(Metal) ; Pollution) ; ( Public health ; Lead(Metal)) ; ( Project planning ; Public health) ; Toxicity ; Ecology ; Mathematical models ; Hazards ; Diseases ; Economic analysis ; Fuels ; Sources ; Air pollution ; Environments ; Research management ; Children ; Hazardous materials ; Environmental health
Holdings
Library Call Number Additional Info Location Last
Modified
Checkout
Status
NTIS  PB-194 412 Most EPA libraries have a fiche copy filed under the call number shown. Check with individual libraries about paper copy. 06/23/1988
Collation 142p
Abstract
The lead model case study was undertaken to serve as a working example and to evaluate the technical, intelligence, and project information system under consideration for EHS. Occurrence and use patterns for lead within the U.S. were examined. The major categories of uses in decreasing order were production of storage batteries and accessories, gasoline antiknock additives, pigments, ammunition, solder, cable covering, and caulking lead. Leaded fuels are the major source of environmental lead. Pediatric plumbism, the most significant acute health problem, arises from lead used as a pigment. The economic aspects of this problem area were investigated. While lead is very slowly absorbed from environmental sources, its gradual accumulation in the body is the basis for progressive toxicity. Additional research is required to determine the chronic effects of lead in the environment on health, and better diagnostic and therapeutic techniques are needed in support of this research. A mathematical model was developed to represent the environmental transport of the stressor lead from several sources with the subsequent intake of lead by man. This model can be used to assess the impact of contemplated actions on lead body burdens, to define R and D requirements, and to identify the needs and locations for monitoring and surveillance. A categorized bibliography for lead is included. (Author)