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Busy beavers capture carbon
Environmental scientists have proposed drawing carbon out of the air and burying it to reduce greenhouse gasses and the impact of climate change. Maybe we can take some tips from nature’s own eco-engineers – beavers – which ...
Supervisor: Annegret Larsen
Department: Soil Biology |
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Effect of viruses on soil biogeochemical functions
Soil microorganisms play key roles in carbon cycling, plant nutrition, and greenhouse gas production (N2O and CH4). Viruses, by increasing microbial death rates, could strongly affect these processes. Viruses that infect bacteria ...
Supervisor: Kyle Mason-Jones
Department: Soil Biology |
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Biological soil quality indicators for agricultural management and environmental impact
Soil quality indicators are important tools for assessing the state of agricultural soils as affected by management practices (e.g. tillage, farming system) or environmental impact (e.g. climate change ). The knowledge generated b ...
Supervisor: Giulia Bongiorno, Else Bünemann (FIBL, Research institute of organic agriculture)
Department: Soil Biology |
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Is there a need to apply organic fertilizers to agricultural soils?
: Soil organic matter is highly relevant to multiple soil processes and functions. How much needs to be applied from which quality to supply specific functions, however, is not clear. A long term field experiment with plots that h ...
Supervisor: Ellis Hoffland, Inge Regelink (WEnR)
Department: Soil Biology |
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Moisture and temperature effects on peat soil respiration
Peat soils play an important role in the global carbon cycle, through their ability to sequester a large stock of carbon. In the Netherlands, about 60% of peat soils are used as grasslands. Intensive drainage of these peat meadows ...
Supervisor: Erne Blondeau, Jan Willem van Groenigen, Jos van Dam
Department: Soil Biology |
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Moisture and temperature effects on peat soil respiration
Peat soils play an important role in the global carbon cycle, through their ability to sequester a large stock of carbon. In the Netherlands, about 60% of peat soils are used as grasslands. Intensive drainage of these peat meadows ...
Supervisor: Erne Blondeau, Jan Willem van Groenigen, Jos van Dam
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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