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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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Climate resilience in agroforestry systems.
Agroforestry is increasingly recognised as a potential mitigation and adaptation strategy against climate change. Agroforestry is often argued to increase soil carbon, improve nutrient cycling and promote soil biodiversity. Howeve ...
Supervisor: Karen Moran Rivera (SBL, SOC), Mathilde Hagens (SOC) Gabriel Moinet (SBL),
Department: Soil Biology |
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Can earthworms increase carbon sequestration through silicate weathering?
Enhanced Silicate Weathering (ESW) has emerged as a Negative Emission Technology (NET) due to its vast potential to increase long-term carbon sequestration. The weathering of silicates allows to remove carbon dioxide (CO2) from t ...
Supervisor: Alix Vidal, Jan Willem van Groenigen, Tullia Calogiuri
Department: Soil Biology |
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Ecoacoustics sensing of soil fauna diversity and activity
Measuring and monitoring of fauna activity traditionally remains cost-ineffective, destructive and time consuming, suggesting for an alternative tool development. Soil ecoacoustics can help identify the presence and abundance of f ...
Supervisor: Alix Vidal (Soil Biology) and Munnaf M Abdul (Agricultural Biosystems Engineering)
Department: Soil Biology |
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Effects of solar parks on soil biodiversity and functioning
Introduction: Solar parks are a relatively new and rapidly expanding land use to produce renewable energy and meet CO2 reduction targets. However, their impact on soil quality raises concern. Solar parks cause shading and change t ...
Supervisor: Luuk Scholten, Gerlinde De Deyn
Department: Soil Biology |
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Comparing spectroscopic and biological indicators for soil health assessment
Within the BENCHMARKS project, we are currently offering an MSc thesis opportunity that focuses on evaluating soil health through a comparison of Near-Infrared (NIR) and Mid-Infrared (MIR) spectroscopy with biological soil measure ...
Supervisor: Paolo Di Lonardo and Titia Mulder
Department: Soil Biology |
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