Modelling metal accumulation using humic acid as a surrogate for plant roots
- Le, T.T.Y.
- Swartjes, F.
- Romkens, P.
- Groenenberg, J.E.
- Wang, P.
- Lofts, S.
- Hendriks, A.J.
DOIAbstract
Contains fulltext : 140042pub.pdf (publisher's version ) (Closed access
Contains fulltext : 140042pub.pdf (publisher's version ) (Closed access
Understanding the movement of cations in soil, particularly trace metals, is required in many applic...
<p> </p><p>To provide the basis for an improved quantitative risk assessment of he...
The objective of our paper is to show ability of different plants and different growing strategies t...
Metal accumulation in roots was modelled with WHAM VII using humic acid (HA) as a surrogate for root...
Contains fulltext : 36344.pdf (publisher's version ) (Closed access
Within the biotic ligand model, which describes relationships between chemical speciation and metal ...
Metal contamination of soils is ubiquitous around the globe. Metals accumulate in the soils to toxic...
It is a core issue in the application of phytoremediation technology to describe and predict the mov...
Heavy metals such as cobalt, copper, manganese, molybdenum, and zinc are essential in trace amounts ...
The successful implementation of phytostabilization is conditioned by a sound understanding of all p...
Mine soils usually exhibit high levels of metal contamination. Phytoextraction is an environmental f...
Industrial areas are characterised by soil degradation processes that are related primarily to the d...
Received for publication October 12, 2007. The total metal content of the soil or total metal concen...
This work investigates the element distribution in Silene paradoxa growing on the mine dump of Fenic...
<font size="3">Keywords: beringite, cadmium, DOC, DOM, earthworms, immobilization, leaching, lime, m...
Understanding the movement of cations in soil, particularly trace metals, is required in many applic...
<p> </p><p>To provide the basis for an improved quantitative risk assessment of he...
The objective of our paper is to show ability of different plants and different growing strategies t...
Metal accumulation in roots was modelled with WHAM VII using humic acid (HA) as a surrogate for root...
Contains fulltext : 36344.pdf (publisher's version ) (Closed access
Within the biotic ligand model, which describes relationships between chemical speciation and metal ...
Metal contamination of soils is ubiquitous around the globe. Metals accumulate in the soils to toxic...
It is a core issue in the application of phytoremediation technology to describe and predict the mov...
Heavy metals such as cobalt, copper, manganese, molybdenum, and zinc are essential in trace amounts ...
The successful implementation of phytostabilization is conditioned by a sound understanding of all p...
Mine soils usually exhibit high levels of metal contamination. Phytoextraction is an environmental f...
Industrial areas are characterised by soil degradation processes that are related primarily to the d...
Received for publication October 12, 2007. The total metal content of the soil or total metal concen...
This work investigates the element distribution in Silene paradoxa growing on the mine dump of Fenic...
<font size="3">Keywords: beringite, cadmium, DOC, DOM, earthworms, immobilization, leaching, lime, m...
Understanding the movement of cations in soil, particularly trace metals, is required in many applic...
<p> </p><p>To provide the basis for an improved quantitative risk assessment of he...
The objective of our paper is to show ability of different plants and different growing strategies t...
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