·The pairs of Cu Zn and Zn Pb showed high and significant correlations at 99 and 95 % confidence levels respectively Furthermore the linear correlation for soil to leaf transfer showed that between Cd in soil and leaf there is a high and significant correlation at 99 % confidence level
·This study focuses on the screening of plant beneficial Cu/Zn resistant strains and assessment of their bioremediation potential mobilize the highest concentrations of water soluble Cu Zn Pb and Fe and mgL 1 respectively ; and 4 adsorb the
·The absorption and accumulation of Pb Zn Cu and Cd in some endurant weed plant species that survived in an old smeltery in Liaoning China were systematically investigated Potential hyperaccumulative characteristics of these species were also discussed The results showed that metal accumulation in plants differed with species tissues and metals Endurant
·Above and below ground parts of Salix mixed tissue from S phylicifolia and S borealis Carex rostrata Eriophorum angustifolium and Phragmites australis were sampled and analysed for Cd Cu Zn Pb and As Differences in uptake and translocation properties of the same plant species were observed between field grown plants and plants grown
·A similar trend was observed for Pb in plants the maximum accumulation 2347 mg kg −1 in C rubrum at site HN 4 and minimum in Z candida mg kg −1 at site HN 3 Unlike Cr Cu Cd and Pb the maximum Zn concentration was not found in plants at site HN 4 or HN 5 but in A philoxeroides 365 mg kg −1 at site HN 3
·Using a global database of 664 hyperaccumulating plants we constructed a phylogeny of hyperaccumulating plants of As Cd Cu Cr Mn Ni Pb and Zn We evaluated the phylogenetic randomness of plants hyperaccumulating different metals by comparing the minimum number of trait state changes across the phylogenetic tree to a null model
·[Element] shoot [Element] root ratios in fi eld plants white bars and in plants treated for 1 week with a solution containing m M Cd m M Cu m M Pb m M Zn and m M As
·Accumulation of As Ag Cd Cu Pb and Zn by Native Plants Growing in Soils Contaminated by Mining Environmental Liabilities in the Peruvian Andes January 2021 Plants 10 2 241
Semantic Scholar extracted view of "Accumulation of Pb Cd Cu and Zn in plants and hyperaccumulator choice in Lanping lead zinc mine area China " a strategy should be considered that combines rapid screening of plant species possessing the ability to tolerate and accumulate heavy metals with agronomic practices that enhance shoot biomass
·soil screening level based on ingestion 390 mg kg−1 set by US EPA ICDA 2001 respectively In addition high concentrations of Pb Cd Cu and Zn were also found in the tanning sludge storage sites Table2 Meanwhile met al concentrations in the soil samples collected from differ ent sites were highly correlated with Cr Zn r =
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