Ecological restoration of marginal land and riparian zones in agricultural landscapes in New Zealand enhances the provision of above-ground ecosystem services. We investigated whether native endemic plant assemblages have remediation potential, through modifying soil nutrient and trace element mobility. Analysis of native plant foliage in situ indicated that selective uptake of a range of commonly deficient trace elements including Zn, B, Cu, Mn and Co could provide a browse crop to avoid deficiencies of these elements in livestock, although some native plants may enhance the risk of Mo and Cd toxicity. Native plant rhizospheres were found to modify soil physico-chemistry and are likely to influence lateral and vertical fluxes of chemical e...
The land application of biosolids can result in the unacceptable accumulation of Trace Elements (TEs...
Mining companies have been playing an important role for the utilization of the Earth\u27s natural r...
Mining companies have been playing an important role for the utilization of the Earth\u27s natural r...
This study investigates the elemental composition of components from the soil-plant continuum of 6 N...
We investigated the benefits of restoring native plants to intensive agricultural landscapes of New...
Less than 0.5 % native vegetation cover remains in the productive Canterbury Plains region of New Ze...
We investigated the benefits of restoring native plants to intensive agricultural landscapes of New ...
Background and Aims: The Canterbury Plains of the South Island, New Zealand are being converted to i...
The lowland Canterbury Plains of New Zealand have been extensively modified since human occupation, ...
The risks for human health and the ecosystem due to potentially toxic elements (PTEs) were investiga...
The reuse of treated municipal wastewater (TMW) for irrigation rather than disposal into waterways, ...
The unintentional accumulation of biologically, non-essential metals like cadmium (Cd) and arsenic (...
Less than 60 hectares of protected native dryland habitat remain in the Canterbury Plains of New Zea...
The rapid increase in the number of industries may have increased the levels of trace metals in the ...
Heavy metals (HM) are widely found environmental contaminants as a result of anthropogenic activity....
The land application of biosolids can result in the unacceptable accumulation of Trace Elements (TEs...
Mining companies have been playing an important role for the utilization of the Earth\u27s natural r...
Mining companies have been playing an important role for the utilization of the Earth\u27s natural r...
This study investigates the elemental composition of components from the soil-plant continuum of 6 N...
We investigated the benefits of restoring native plants to intensive agricultural landscapes of New...
Less than 0.5 % native vegetation cover remains in the productive Canterbury Plains region of New Ze...
We investigated the benefits of restoring native plants to intensive agricultural landscapes of New ...
Background and Aims: The Canterbury Plains of the South Island, New Zealand are being converted to i...
The lowland Canterbury Plains of New Zealand have been extensively modified since human occupation, ...
The risks for human health and the ecosystem due to potentially toxic elements (PTEs) were investiga...
The reuse of treated municipal wastewater (TMW) for irrigation rather than disposal into waterways, ...
The unintentional accumulation of biologically, non-essential metals like cadmium (Cd) and arsenic (...
Less than 60 hectares of protected native dryland habitat remain in the Canterbury Plains of New Zea...
The rapid increase in the number of industries may have increased the levels of trace metals in the ...
Heavy metals (HM) are widely found environmental contaminants as a result of anthropogenic activity....
The land application of biosolids can result in the unacceptable accumulation of Trace Elements (TEs...
Mining companies have been playing an important role for the utilization of the Earth\u27s natural r...
Mining companies have been playing an important role for the utilization of the Earth\u27s natural r...