1985.
959. Elkhatib A. E., Bennett L. O., Wright J. R., Kinetics of arsenite sorption in soils, Soil Sci. Soc.
Am. J., 48, 758, 1984.
960. Евпатьевский П. В., Аржанова В. С, Баланс и трансформация миграционных форм
тяжелых металлов в техногеосистеме. — В кн.: Миграция загрязняющих веществ в
почвах и сопредельных средах.'—-Л.: Гидрометео-издат, 1985, с. 89.
961. Fuge R., Johnson С. С, The geochemistry of iodine — a review, Environ., Geochem. Health, 8,
31, 1986.
962. Гончарук E. И., Сидоренко Г. И., Гигиеническое нормирование химических веществ в
почвах. — М.: Медицина, 1986, 320.
963. Groppel В., Anke М., Iodine content of feedstuffs, plants and drinking water in the GDR, in: 5
Spurenelment-Symposium-Jod, Anke M., et al., Eds., Jena, 14—17 July, 1986, 19.
964. Haidoutic C, Skarlou V., Tsouloucha F., Mercury contents of some Greek soils, Geoderma, 35,
251, 1985.
965. Herms U., Brilmmer G., Einflussgrossen der Schwermetalloslichkeit und -bindung im Boden,
Z. Pflanzenernahr, Bodenkunde, 147, 400, 1984.
966. Hutchinson Т. C, Meema К. M., Eds., Lead, Mercury, Cadmium and Arsenic in the
Environment, Viley, Chichester, 1987, 384.
967. Jenny E. A., (Aapp.), Chemical species in freshwater and terrestrial systems, in: The
Importance of Chemical Speciation in Environmental Processes, Bernhard M., Brinckman F.
E., Sadler P. Eds., Dahlem Konferenzen, Springer-Verlag, Berlin, Heidelberg, 1986, 121.
968. Kamel Z., Toxicity of cadmium to 2 Streptomyces species as affected by clay minerals, Plant
and Soils, 93, 195, 1986.
969. Ковда В. А., Человеческая деятельность и почвенный покров земли. — В кн.: Успехи
почвоведения. — М.: Наука, 1986, с. 3.
970. Koros Е., Silicon in the biological systems, in: New Results in the Research of Hardly Known
Trace Elements, Pais /., Ed., University of Horticulture, Budapest, 1985, 250.
971. Lepp N. W., Dickson M., Accumulation and circulation of fungicide derived copper in Kenyan
coffe plantation, in: Trace Substances Environmental-Health, Vol. 18, Hemphill D. £>., Ed.,
University of Missouri Columbia, Mo., 1984, 564.
972. Lodenius M., Herranen M., Influence of a chlor-alkali plant on the mercury contents of fungi,
Chemosphere, 10, 313, 1981.
973. Macnicol R. D., Beckett P. H. Т., Critical tissue concentrations of potentially toxic elements,
Plant and Soils, 85, 107, 1985.
974. McKenney D. J., Vriesacker J. R., Effect of cadmium contamination on denitrification
processes in Brookston clay and Fox sandy loam, Environ Pollut, Series A., 38, 221, 1985.
975. Mhathre G. N.. Chaphekar S. В., Response of young plants to mercury, Water, Air, Soil Pollut.,
21, 1, 1984.
976. Mingelgrin U., Biggar J. W., Copper species in aqueous sludge extract, Water, Air, Soil Pollut,
28, 351, 1986.
977. Morrell B. G, Lepp N. W., Phipps D. A., Vanadium uptake by higher plants: some recent
developments, Environ. Geochem. Health, 8, 14, 1986.
978. Muramatsu Y., Sumiya M., Ohmomo Y., Levels and behaviour of 127I and 129I in the
environment in Japan, in: 5 Spurenelement-Symposium-Jod, Anke M., et at., Eds, Jena, 14—17
July, 1986, 35.
979. Несвижская H. И., Сает Ю. E., Геохимические принципы выделения предельно
допустимых концентраций химических элементов в почвах. — В кн.: Миграция
загрязняющих веществ в почвах и сопредельных средах.— Л.: Гидрометеоиздат, 1985, с.
10.
980. Oberlander Н. Е., Roth К., Uptake and distribution of soil-applied labelled heavy metals in
cereal plants and products, in: Agrochemical-Biota Interactions in Soil and Water Using
Nuclear Techniques, IAEA-TECDOC, 283, Vienna, 1983, 137.
981. Quiping Z, Chuliang Y., Lihua Т., Junxiang X., Content and distribution of trace elements in