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Journal of Plant Nutrition Volume 2, 1980 - Issue 1-2: Trace Element Excesses in Plants
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Original Articles

Single and multiple trace metal excess effects on three different plant species

A. Wallace Division of Environmental Biology, Laboratory of Nuclear Medicine and Radiation Biology, University of California, Los Angeles
,
E. M. Romney Division of Environmental Biology, Laboratory of Nuclear Medicine and Radiation Biology, University of California, Los Angeles
,
J. Kinnear Division of Environmental Biology, Laboratory of Nuclear Medicine and Radiation Biology, University of California, Los Angeles
&
G. V. Alexander Division of Environmental Biology, Laboratory of Nuclear Medicine and Radiation Biology, University of California, Los Angeles
Pages 11-23 | Published online: 21 Nov 2008

Citations (15)

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Read on this site (8)

Arthur Wallace & GarnA. Wallace. (1994) A possible flaw in EPA's 1993 new sludge rule due to heavy metal interactions. Communications in Soil Science and Plant Analysis 25:1-2, pages 129-135.
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A. Wallace, G. A. Wallace & J. W. Cha. (1992) Some modifications in trace metal toxicities and deficiencies in plants resulting from interactions with other elements and chelating agents‐‐the special case of iron. Journal of Plant Nutrition 15:10, pages 1589-1598.
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A. Wallace, A.M. Abou‐Zamzam & J.W. Cha. (1986) Influence of iron efficiency in soybeans on concentration of many trace elements in plant parts and implications on iron‐efficiency mechanisms. Journal of Plant Nutrition 9:3-7, pages 787-803.
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A. Wallace. (1984) Effect of phosphorus deficiency and copper excess on vegetative growth of bush bean plants in solution culture at two different solution pH levels. Journal of Plant Nutrition 7:1-5, pages 603-608.
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A. Wallace, G. A. Wallace & G. V. Alexander. (1983) Effect of excess chelating agent in nutrient solution at low levels of iron, zinc, copper and manganese. Journal of Plant Nutrition 6:6, pages 507-511.
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A. Wallace, G. A. Wallace & J. W. Cha. (1983) Interactions between zinc and manganese EDTA applied to corn plants at mdderately high levels. Journal of Plant Nutrition 6:6, pages 503-505.
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A. Wallace. (1983) Chetate toxicity with transplant solutions containing Zn, Mn and Fe chelates for tomatoes. Journal of Plant Nutrition 6:6, pages 501-502.
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A. Wallace. (1982) Effect of liming on two trace element stresses including induced iron deficiency on bean plants. Journal of Plant Nutrition 5:4-7, pages 737-740.
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Articles from other publishers (7)

Bojeong Kim & Murray B. McBride. (2009) Phytotoxic Effects of Cu and Zn on Soybeans Grown in Field‐Aged Soils: Their Additive and Interactive Actions. Journal of Environmental Quality 38:6, pages 2253-2259.
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Gregory J. Taylor, Kenneth J. Stadt & Mark R.T. Dale. (1992) Modelling the interactive effects of aluminum, cadmium, manganese, nickel and zinc stress using the Weibull frequency distribution. Environmental and Experimental Botany 32:3, pages 281-293.
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L. Symeonidis & S. Karataglis. (1992) Interactive effects of cadmium, lead and zinc on root growth of two metal tolerant genotypes ofHolcus lanatus L.. BioMetals 5:3, pages 173-178.
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G. J. Taylor & K. J. Stadt. 1990. Plant Nutrition — Physiology and Applications. Plant Nutrition — Physiology and Applications 317 322 .
Zenon Schneider & Andrzej StroinskiZ. Schneider. 1987. Comprehensive B 12 . Comprehensive B 12 157 224 .
Gerda Krog Bjerre & Hans-Henrik Schierup. (1985) Uptake of six heavy metals by oat as influenced by soil type and additions of cadmium, lead, zinc and copper. Plant and Soil 88:1, pages 57-69.
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Arthur Wallace & Wade L. Berry. (1983) Shift in threshold toxicity levels in plants when more than one trace metal contaminates simultaneously. Science of The Total Environment 28:1-3, pages 257-268.
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