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Modelling the greenhouse gas exchange of the Dutch peatlands
The peatlands of the Netherlands are under pressure from drainage and subsidence and thus emit large amounts of CO2. Mitigation measures proposed include raising water tables and restoring wetlands, reducing peat oxidation, and en ...
Supervisor: Laurent Bataille
Bart Kruijt
Ronald Hutjes
Laura van der Poel
Hong Zhao
Ruchita Ingle
Iwan Supit
Spyros Paparrizos
Department: Water Systems and Global Change |
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The effect of combining lime, Zn and organic amendment in reducing potato tuber cadmium
You will be involved in a collaborative project between Wageningen University and Teagasc, The Agriculture and Food Development Authority of Ireland. This project aims to unravel the mechanisms behind cadmium uptake by potato plan ...
Supervisor: Bert-Jan Groenenberg, Yuwei Qin, Sheila Alves (Teagasc)
Department: Soil Chemistry and Chemical Soil Quality |
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Understanding the effect of different types of experimental noise
Experimental errors significantly impact parameter estimation for dynamic systems, introducing uncertainties that can compromise the accuracy and reliability of the model. These errors arise from various sources, such as measureme ...
Supervisor: Edoardo Saccenti
Department: Systems and Synthetic Biology |
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Do 'collaborating' plant roots maximize soil carbon storage?
Storing more carbon in soils is one of the many actions that are needed to mitigate climate change. But how to do so? It is known that there is a lot of variation in the capacity of different plant species to store carbon in the s ...
Supervisor: Fons van der Plas, Jing Zhang
Department: Plant Ecology and Nature Conservation Group |
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Can root exudates split soil organic matter molecules? (SOC)
Root exudates are extremely important in mobilizing nutrients and are increasingly seen as relevant to carbon sequestration in soils. They modify the biology and chemistry in the rhizosphere by several well known mechanisms. The a ...
Supervisor: Walter Schenkeveld or Ellis Hoffland
Department: Soil Chemistry and Chemical Soil Quality |
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Leaf manganese as a proxy for root exudation of carboxylates? (SOC)
Certain plant species release root exudates with high concentrations of carboxylates in response to phosphorus limitation. These carboxylates mobilize P from less available P sources. However, the concentrations of these carboxyla ...
Supervisor: Walter Schenkeveld or Ellis Hoffland
Department: Soil Biology |
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Mineral nutrient compositon changes of Lettuce under salt stress
Plants under salt stress suffer severe changes to their nutrient uptake, which alters their nutrient composition. While some ions are taken up more due to their higher availability, others are less so due to higher competition wit ...
Supervisor: Silvia Bugallo
Department: Plant Physiology, Laboratory of |
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