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Unravelling natural organic matter with root exudates
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 Biology |
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Stimulating earthworm populations in horticulture – is that feasible?
Earthworms are important ecosystem engineers. They contribute to soil fertility, soil structure formation, and water cycling. Due to the often very intensive soil management in horticultural soils earthworm population density is o ...
Supervisor: Ron de Goede
Department: Soil Biology |
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Climate adaptation and mitigation potential of 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. It i ...
Supervisor: Gabriel Moinet (SBL), Gerlinde De Deyn (SBL)
Department: Soil Biology |
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How do soil foodweb interactions contribute to carbon sequestration?
Soil organic matter (SOM) is essential for the sustainability of agriculture as it has a key role in supporting many of the soil functions. Increasing SOM levels of agricultural soils could also contribute to climate change mitiga ...
Supervisor: Anna-Reetta Salonen, Ron de Goede
Department: Soil Biology |
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Impact of solar parks on spatial distribution of SOM and vegetation dynamics
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 of agricultural fields raises concern. Solar parks cau ...
Supervisor: Luuk Scholten, Gerlinde De Deyn, Ron de Goede
Department: Soil Biology |
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