Mishima, J. 1964. "A Review of Research on Plutonium Released Ouring Overheating and Fires." Hanford Atomic Products Operation Report HW-83668. Myers, D. S., W. J. Silver, D. G. Coles, K. C. Lamson, D. R. McIntyre, BRIEF SURVEY OF PARTICLE WORK RELEVANT TO THE TEST SITES and B. Mendoza. 1975. "Evaluation of the Use of Sludge Containing Plutonium as a Soil Conditioner for Food Crops." In: Transuranium Nuctides in the Environment. Passioura, J. B. IAEA, Vienna. 1973. "Sense and Nonsense in Crop Simulation." Australian Inst. of Agric. Sci. 39(3):181-183. 16. Sayre, J. W., E. Charney, J. Vostal, and I. B. Pless. 17. Sehmel, G. A. 1974. Hand Dust as a Potential Source of Childhood Lead Exposure." Child. 127:167-170. 1976. Cheat Grass Area." J. “House and Am. J. Dis. "Particle Resuspension From Truck Traffic ina Pacific Northwest Laboratory Annual Report for 1975 M. W. Nathans and L. Leventhal LFE Corporation Environmental Analysis Laboratories, Richmond, California ABSTRACT to the USERDA Division of Biomedical and Environmental Research, Part 3, Atmospheric Sciences. 18. 20. Slade, D. H., Ed. BNWL-2000, Pt 3. 1968. pp. 92-93. "Meteorology and Atomic Energy." Energy Commission, Division of Technical Ter Haar, G., and R. Aronow. 1974. Information. U.S. Atomic TID-24190. This paper presents an overview of the available data on the physical, chemical, and radiochemical properties of fallout particulates, of the methods by which both samples and data have been obtained and their limitations, and of the availability that remains mostly uncorrelated, but from which much information can be gleaned or inferred that is of interest to the NAEG program. Nevertheless, experimental characterization of particulates with special emphasis on transuranics is not only still possible but advisable. "New Information on Lead in Dirt and Dust as Related to the Childhood Lead Problem.” pp. 83-89 (May 1974). 21. pp. 96-98. Sehmel, G. A., and F. D. Lloyd. 1976. “Resuspension Rates From a Circular Field Source." Pacific Northwest Laboratory Annual Report for 1975 to the USERDA Division of Biomedical and Environmental Research, Part 3, Atmospheric Sciences. 19. BNWL-2000, Pt 3. Envir. Health Perspectives. Vostal, J. J., E. Taves, J. W. Sayre, and —E. Charney. 1974. INTRODUCTION “Lead Analysis of House Dust: A Method for the Detection of Another Source of Lead Exposure in Inner City Children." Environ. Health Perspectives. pp. 91-97 (May 1974). This paper is a condensation of a report to ERDA's Nevada Operations Office containing an overview of the available data on the physical, chemical, and radiochemical properties of fallout particulates, of the methods by which these data have been obtained and their limitations, and of the availability and usefulness of residual samples. This overview is limited to those nuclear device tests that have generated measurable local fallout. Thus, consideration of safety tests, for example, is included, but consideration of free airbursts is limited only to what appears relevant as a result of their place in the height-of-burst spectrum. The information presented has been gleaned primarily from review of data compilations, from the author's own experience, from a few other documents that were readily available, and from personal contacts. Since 1965, data for some of the pre-1958 shots have been developed primarily by the author and 222