This research was conducted to understand the mechanisms of arsenic hyperaccumulation in Pteris vittata by comparing the characteristics of arsenic accumulation in Pteris and non-Pteris ferns. Seven Pteri
The metalloid arsenic is a toxic environmental pollutant. Arsenic pollution becomes serious due to m...
Plant species capable of hyper-accumulating heavy metals are of considerable interest for phytoremed...
Understanding arsenic uptake mechanisms employed by the arsenic hyper-accumulator Pteris cretica is ...
The objective of this study reported here was to characterize arsenic (As) accumulation by Pteris fe...
The discovery of the arsenic hyperaccumulator, Pteris vittata (Chinese brake fern), has contributed ...
This study compared the factors influencing arsenic (As) accumulation by Pteris vittata at two sites...
An arsenic hyperaccumulator Pteris vittata L. (Chinese brake) was first discovered in China by means...
Abstract. A greenhouse study was conducted to evaluate and compare arsenic accumulation from four ar...
4Pteris vittata may effectively reduce arsenite in its fronds. This study examined the roles of arse...
Pteris vittata, the first reported arsenic hyperaccumulating plant, is potentially used in phytoreme...
Mechanisms of Pteris vittata L. to hyperaccumulate arsenic (As), especially the efficient translocat...
hy of heavy metals though at a reduced rate. 13Abstract The effects of Cd, Ni, Pb, and Zn on arsenic...
Two arsenic-accumulating Pteris ferns (Pteris cretica mayii and Pteris multifida), along with a non-...
Plant-soil interactions affect arsenic and nutrient availability in arsenic-contaminated soils, with...
Fig. 1 Inorganic forms of arsenic most prevalent in the environment. Fig. 2 Pteris vittata plants gr...
The metalloid arsenic is a toxic environmental pollutant. Arsenic pollution becomes serious due to m...
Plant species capable of hyper-accumulating heavy metals are of considerable interest for phytoremed...
Understanding arsenic uptake mechanisms employed by the arsenic hyper-accumulator Pteris cretica is ...
The objective of this study reported here was to characterize arsenic (As) accumulation by Pteris fe...
The discovery of the arsenic hyperaccumulator, Pteris vittata (Chinese brake fern), has contributed ...
This study compared the factors influencing arsenic (As) accumulation by Pteris vittata at two sites...
An arsenic hyperaccumulator Pteris vittata L. (Chinese brake) was first discovered in China by means...
Abstract. A greenhouse study was conducted to evaluate and compare arsenic accumulation from four ar...
4Pteris vittata may effectively reduce arsenite in its fronds. This study examined the roles of arse...
Pteris vittata, the first reported arsenic hyperaccumulating plant, is potentially used in phytoreme...
Mechanisms of Pteris vittata L. to hyperaccumulate arsenic (As), especially the efficient translocat...
hy of heavy metals though at a reduced rate. 13Abstract The effects of Cd, Ni, Pb, and Zn on arsenic...
Two arsenic-accumulating Pteris ferns (Pteris cretica mayii and Pteris multifida), along with a non-...
Plant-soil interactions affect arsenic and nutrient availability in arsenic-contaminated soils, with...
Fig. 1 Inorganic forms of arsenic most prevalent in the environment. Fig. 2 Pteris vittata plants gr...
The metalloid arsenic is a toxic environmental pollutant. Arsenic pollution becomes serious due to m...
Plant species capable of hyper-accumulating heavy metals are of considerable interest for phytoremed...
Understanding arsenic uptake mechanisms employed by the arsenic hyper-accumulator Pteris cretica is ...
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