Journal of Environmental Science and Health Part A · 2016 · 42 citations · 34 references
Natural SciencesEnvironmental SciencesToxicologyEcotoxicologyEnvironmental ToxicologyHeavy Metal ToxicologyAtmospheric EcotoxicologyBryophyte EcologyEnvironmental Heavy Metal ExposureHeavy Metal BioaccumulationHeavy Metal ContaminationMetal ToxicityAirborne Heavy Metal PollutionBiomonitoring Of Heavy MetalsEnvironmental Metal ContaminationLichen BiomonitoringMoss BiomonitoringMoss EcologySpecies-specific AccumulationValley Wind Direction
Three moss (Pleurozium spp., Polytrichum spp., and Rhytidiadelphus spp.) and two lichen (Hypogymnia physodes and Pseudevernia furfuracea) taxons covered in the bags were used to monitor air quality. Bags were exposed at the different distances from the tailing pond because of insufficient security and source of heavy metal pollution. Moss/lichen bags were exposed for six weeks at 0-, 50-, 100-, 150- and 200-m distances from Slovinky tailing pond, in the main wind direction (down the valley). Accumulation ability of heavy metals expressed by relative accumulation factor (RAF) increases in the order of Polytrichum spp.<H. physodes <Pleurozium spp.<P. furfuracea <Rhytidiadelphus spp. Moss/lichen species showed different accumulation capacity for individual heavy metals. Rhytidiadelphus spp. was found to possess the significantly highest (P < 0.01) ability to accumulate Cd, Zn, Ni, Mn and Fe. The highest RAF values of Pb, Zn, Ni and Fe were determined in samples exposed at 200-m distance from pollution source.
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Plants and Soils as Indicators of Metals in the Air
Gordon T. Goodman, T. M. Roberts · Nature · 1971 · 361 citations