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Projects - dr. WDC (Walter) Schenkeveld
* P-trap Preventing Phosphorus Input to Surface Waters – New Concepts in Trapping, Recycling and Management
* Fate of tetravalent uranium under reducing conditions
* Interplay of chelating and reducing root exudates in iron mobilization from soils and iron acquisition by plant roots
* Copper availability, methanobactin production and methane oxidation in two Swiss Constraints on copper acquisition by methanotrophic bacteria
* Mechanisms and rates of asbestos weathering in the environment
* Synergistic effects of redox processes and ligand controlled dissolution of iron(hydr)oxide phases
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Photocatalyzed Fe acquisition from atmospheric dust in marine environments
Photocatalyzed Fe acquisition from atmospheric dust in marine environments - WUR Project Photocatalyzed Fe acquisition from atmospheric dust in marine... -
Selective removal of Cd from agricultural soils using chelating ligands
The reactive surface area (RSA) of the natural Fe and Al (hydr)oxide fraction of soils plays a crucial role in predicting the availability and... -
The effect of naturally occurring ligands on the weathering rate of stone meal
The effect of naturally occurring ligands on the weathering rate of stone meal - WUR Project The effect of naturally occurring ligands on the... -
Predicting the effect of low molecular weight organic acids (LMWOAs)
Predicting the effect of low molecular weight organic acids (LMWOAs) - WUR Project Predicting the effect of low molecular weight organic acids... -
High affinity adsorption to Fe-oxide nano particles. Does it occur and is sulfate involved?
High affinity adsorption to Fe-oxide nano particles. Does it occur and is sulfate involved? - WUR Project High affinity adsorption to Fe-oxide nano... -
Towards a mechanistic basis for the DTPA/EDTA-extraction for establishing the micronutrient availability in soils
Towards a mechanistic basis for the DTPA/EDTA-extraction for establishing the micronutrient availability in soils - WUR Project Towards a mechanistic... -
Synergies in plant nutrient acquisition
Synergies in plant nutrient acquisition - WUR Project Synergies in plant nutrient acquisition To realise a more sustainable agriculture practice,... -
Eliminating the competition: can Fe uptake by plants be improved by applying soil additives
Eliminating the competition: can Fe uptake by plants be improved by applying soil additives - WUR Project Eliminating the competition: can Fe uptake... -
Unravelling the composition of the hydrophilic acids SOM fraction
Sodic soils are extreme environments with very high pH values (> 9) and salt concentrations, creating a niche for organisms that can survive under... -
Displacement of competing metals by iron from metal-siderophore complexes
The reactive surface area (RSA) of the natural Fe and Al (hydr)oxide fraction of soils plays a crucial role in predicting the availability and...