1. Mercury in the Environment. US. Geological Survey. Professional Paper #713, 1970. US. Government.
2.
2. Mercury in the Environment, The Human Element. Oak Ridge Nat. Lab. Report #1, 1971.
3.
3. Jernelöv, A.: Conversion of mercury compounds. Chap. 4 in Chemical Fallout, Miller, W., and Berg, G. G. (eds.). C. C. Thomas Pub., Springfield, IL, 1969.
4.
4. Jervis, R. E., Delbrun, D., LePage W., and Tiefenbach, B.: Mercury residues in Canadian foods, fish, and wildlife. Progress report, National Health Grant Project #605-7-510, 1970.
5.
5. Tanner, J. T., Friedman, M. H., and Lincoln, D. N.: Mercury content of common foods determined by neutron activation analysis. Science777:1102–1103, 1972.
6.
6. Joensuu, O. I.: Fossil fuels as a source of mercury pollution. Science172:1027–1028, 1971.
7.
7. Mottet, N. K., and Bödy, R. L.: The mercury burden of human autopsy organs and tissues. Arch. Env. Health29: 18–24, 1974.
8.
8. Joselow, M. M., Goldwater, L. J., and Weinberg, S. J.: Absorption and excretion of mercury in man. XI. Mercury content of “normal” human tissues. Arch. Env, Health15:64–66, 1967.
9.
9. Goldwater, L. J., Ladd, A. C., and Jacobs, M. B.: Absorption and excretion of mercury in man. VI. Significance of mercury in the urine. Arch. Env. Health9:454–463, 1964.
10.
10. Maximum allowable concentrations of mercury. Report of an international committee. Arch. Env. Health19:891–905, 1969.
11.
11. Eyl, T. B., Wilcox, K. R., and Reizen, M. S.: Mercury, fish, and human health. Mich. Med.69:873–880, 1970.
