A comparative study of elements deposited on tree bark was carried out for urban and periurban areas of two of the most important cities in Argentina. The content of Fe, Mg, Al, Mn, Zn, Pb, Ba, Cr, Hg, Cu, Ni, Cd and Sb was determined by inductively coupled plasma atomic emission spectrometry (ICP-OES) in Morus alba tree bark collected in the cities of Buenos Aires and Mendoza. The main air pollutants detected in the Buenos Aires urban area were Ba, Cr, Cu and Ni and indicate significative difference from the Mendoza urban and periurban areas. Significantly, higher concentrations of Zn, Ba, Cr and Cu were recorded in the periurban area of the city of Buenos Aires than in Mendoza. Bark samples were strongly influenced by dust and show Al, Fe...
Tree bark is a good atmospheric heavy metals contamination bioindicator. This study aims to determin...
The ability of Tillandsia capillaris Ruiz and Pav. f. capillaris and Tillandsia permutata A. Cast. t...
The concentrations of 37 trace elements (Ag, Ba, Be, Cd, Ce, Co, Cr, Cs, Cu, Dy, Er, Ga, Gd, Ge, La,...
A comparative study of elements deposited on tree bark was carried out for urban and periurban areas...
A comparative study of elements deposited on tree bark was carried out for urban and periurban areas...
Multi-elemental profiles in bark of green ash trees collected in three representative areas of Bueno...
Air pollution is one of the major problems caused by urban growth, and both industrial and automobil...
Foliage dust contains heavy metal that may have harmful effects on human health. The elemental conte...
The atmospheric quality and distribution of heavy metals were evaluated throughout a wide region of ...
The lichen Ramalina celastri was employed as an in situ biomonitor for the study of air quality and ...
This research work presents new insights regarding biomonitoring studies, source apportionment at a ...
A avaliação da qualidade do ar é um assunto de grande importância uma vez que os contaminantes da at...
This study contributes to the current knowledge about air pollution in the province of San Juan, Arg...
La corteza arbórea constituye un elemento viable para diagnosticar la contaminaciónpor metales pesad...
Heavy metals accumulation by Tillandsia capillaris was measured to identify their main emission sour...
Tree bark is a good atmospheric heavy metals contamination bioindicator. This study aims to determin...
The ability of Tillandsia capillaris Ruiz and Pav. f. capillaris and Tillandsia permutata A. Cast. t...
The concentrations of 37 trace elements (Ag, Ba, Be, Cd, Ce, Co, Cr, Cs, Cu, Dy, Er, Ga, Gd, Ge, La,...
A comparative study of elements deposited on tree bark was carried out for urban and periurban areas...
A comparative study of elements deposited on tree bark was carried out for urban and periurban areas...
Multi-elemental profiles in bark of green ash trees collected in three representative areas of Bueno...
Air pollution is one of the major problems caused by urban growth, and both industrial and automobil...
Foliage dust contains heavy metal that may have harmful effects on human health. The elemental conte...
The atmospheric quality and distribution of heavy metals were evaluated throughout a wide region of ...
The lichen Ramalina celastri was employed as an in situ biomonitor for the study of air quality and ...
This research work presents new insights regarding biomonitoring studies, source apportionment at a ...
A avaliação da qualidade do ar é um assunto de grande importância uma vez que os contaminantes da at...
This study contributes to the current knowledge about air pollution in the province of San Juan, Arg...
La corteza arbórea constituye un elemento viable para diagnosticar la contaminaciónpor metales pesad...
Heavy metals accumulation by Tillandsia capillaris was measured to identify their main emission sour...
Tree bark is a good atmospheric heavy metals contamination bioindicator. This study aims to determin...
The ability of Tillandsia capillaris Ruiz and Pav. f. capillaris and Tillandsia permutata A. Cast. t...
The concentrations of 37 trace elements (Ag, Ba, Be, Cd, Ce, Co, Cr, Cs, Cu, Dy, Er, Ga, Gd, Ge, La,...