P. Rossini et al., LOLIUM-MULTIFLORUM AS BIOLOGICAL INDICATOR OF ATMOSPHERIC CHROMIUM POLLUTION NEAR 2 GALVANIC FACTORIES, Fresenius environmental bulletin, 3(12), 1994, pp. 740-745
A case of atmospheric chromium contamination from galvanic factories n
ear Bologna (Italy), is reported. Lolium multiflorum in pots as biolog
ical accumulators and neutron activation analysis were used. Data conf
irm that chromium uptake preferentially occurs through leaves rather t
han via the root system.