TITLE

CONTENT OF BIOELEMENTS AND TOXIC METALS IN HONEY OF VARIOUS BOTANICAL ORGIN FROM LOWER SILESIA

AUTHOR(S)
Nowak, Lech; Dzieżyc, Halina; Piotrowski, Maciej
PUB. DATE
September 2011
SOURCE
Journal of Elementology;Sep2011, Vol. 16 Issue 3, p437
SOURCE TYPE
Academic Journal
DOC. TYPE
Article
ABSTRACT
Analyzing the content of bioelements and toxic metals in honeys of various botanical origin is important for the consumers' health. In addition, many authors notice that results of such analyses can help to identify the botanical and geographical origin of honey and to use the product as a bioindicator of the overall contamination of the environment. The content of As, Cd, Pb, Zn, Cu, Mn, Ni, Mg, Fe, Cr was determined in samples of nectar honey (acacia, linden, goldenrod, multifloral, buckwheat, oilseed rape) originating from some areas in the Province of Lower Silesia unexposed to industrial and traffic emissions. In order to demonstrate differences in concentrations of the metals in particular honey samples, one-factor analysis of variance or the Kruskal-Wallis test was applied, and the correlation between levels of individual metals in the honeys was investigated. Similarities between the honeys with regard to the metal content were determined using Ward's method of cluster analysis. Among the analyzed nectar honeys from Lower Silesia, the content of zinc was the highest in linden flower honey (13.41 mg kg-1), copper and manganese - in buckwheat (1.50 mg kg-1 and 9.40 mg kg-1, respectively), nickel - in multifloral (1.03 mg kg-1) and buckwheat (1.25 mg kg-1), magnesium - in goldenrod (29.6 mg kg-1) and iron - in linden flower (2.11 mg kg-1) and goldenrod (2.00 mg kg-1) honeys. The content of arsenic, cadmium and lead did not exceed the permissible values, i.e. 0.20, 0.03 and 0.30 mg kg-1. The correlation analysis performed on the concentrations of the metals in the honeys demonstrated that manganese was positively correlated with copper and nickel, while iron correlated with zinc. Oilseed rape and acacia, as well as multifloral and goldenrod honeys were most similar to each other in the accumulation of the metals. Using the accumulation of metals in honey as a bioindicator of environmental pollution should be verified on material originating from areas where there are differences in the content of especially dangerous metals, cadmium and lead in particular.
ACCESSION #
67413321

 

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