Abstract: Concentrations of four typical heavy metals (Cu; Zn; Cd and Pb) in roadside soils close to three lakes in the Tibetan Plateau were investigated in this study. The hierarchical tree-based regression method was applied to classify concentrations of the heavy metals and analyze their potential influencing factors. It was found that the Tibetan Plateau meadow soils with higher content of sand lead to higher concentrations of Cu; Zn and Pb. The concentrations of Cd and Pb increase with road traffic volume; and for the road segments with higher traffic volume; the Cd and Pb concentrations significantly decrease with the roadside distance. Additionally; the concentrations of Zn and Pb increase as the altitude of sampling site increases. ...
Vehicle emissions have been known to cause trace metal contamination in soils. The extent of such co...
The Qinghai-Tibetan Plateau (QTP), as the third pole, has recently experienced unexpected heavy meta...
Accumulation of heavy metals in agricultural land and their ecological risks are key issues in soil ...
Concentrations of four typical heavy metals (Cu; Zn; Cd and Pb) in roadside soils close to three lak...
Emission of heavy metals from traffic activities is an important pollution source to roadside farmla...
Transportation activities can contribute to accumulation of heavy metals in roadside soil and grass,...
Background and Objective: Contamination of roadside soils with heavy metals is a serious threat to s...
The Tibetan Plateau (TP), once considered a pristine environment, is now facing increased heavy meta...
This study focused on the characteristics of soil heavy metal pollution in the middle area of the "O...
The upper reaches of the Heihe River have been regarded as a hotspot for phytoecology, climate chang...
The agricultural soil alongside highways has experienced multiple potential ecological risks from hu...
The Qinghai-Tibet Plateau, especially the northeastern region, is not a pure land any more due to re...
The impact of land transportation on local soil environments is an important topic in environmental ...
Heavy metal contamination in roadside soil due to traffic emission has been recognized for a long ti...
Due to increasing anthropogenic disturbance, various pollutants have been frequently detected in Qin...
Vehicle emissions have been known to cause trace metal contamination in soils. The extent of such co...
The Qinghai-Tibetan Plateau (QTP), as the third pole, has recently experienced unexpected heavy meta...
Accumulation of heavy metals in agricultural land and their ecological risks are key issues in soil ...
Concentrations of four typical heavy metals (Cu; Zn; Cd and Pb) in roadside soils close to three lak...
Emission of heavy metals from traffic activities is an important pollution source to roadside farmla...
Transportation activities can contribute to accumulation of heavy metals in roadside soil and grass,...
Background and Objective: Contamination of roadside soils with heavy metals is a serious threat to s...
The Tibetan Plateau (TP), once considered a pristine environment, is now facing increased heavy meta...
This study focused on the characteristics of soil heavy metal pollution in the middle area of the "O...
The upper reaches of the Heihe River have been regarded as a hotspot for phytoecology, climate chang...
The agricultural soil alongside highways has experienced multiple potential ecological risks from hu...
The Qinghai-Tibet Plateau, especially the northeastern region, is not a pure land any more due to re...
The impact of land transportation on local soil environments is an important topic in environmental ...
Heavy metal contamination in roadside soil due to traffic emission has been recognized for a long ti...
Due to increasing anthropogenic disturbance, various pollutants have been frequently detected in Qin...
Vehicle emissions have been known to cause trace metal contamination in soils. The extent of such co...
The Qinghai-Tibetan Plateau (QTP), as the third pole, has recently experienced unexpected heavy meta...
Accumulation of heavy metals in agricultural land and their ecological risks are key issues in soil ...