Veronika Hansen

Veronika Hansen serves as an Assistant Professor at the Department of Plant and Environmental Sciences (PLEN), Section for Plant and Soil Sciences, within the Faculty of Science at the University of Copenhagen. Her tenure-track position specifically focuses on cover cropping for soil fertility and climate change mitigation.

Education:

• 2008: BSc in Natural Resources, University of Copenhagen
• 2012: MSc in Agriculture, University of Copenhagen
• 2015: PhD in Soil Fertility and Quality, Technical University of Denmark (2012-2014) and University of Copenhagen, Faculty of Science (2015)

Hansen's research centers on developing sustainable and circular crop production systems that minimize climate and environmental impacts. She specializes in building soil fertility through innovative methods, nutrient recycling techniques, and improving crop productivity using bio-based fertilizers and cover crops. Her extensive expertise includes plant nutrient biochemistry, soil organic carbon dynamics, and crop nutrition within sustainable agriculture management frameworks. She possesses significant experience conducting comprehensive soil analyses that test chemical, physical, and biological aspects of soil fertility, including nutrient content, aggregate stability, cation exchange capacity, and soil respiration. Her methodological expertise extends to plant and root analysis using radioactive labeling techniques in both field conditions and climate chambers.

Analysis of Hansen's recent publications reveals a strong focus on cover crop systems, soil carbon dynamics, and nutrient cycling. Her work demonstrates how different cover crop management practices affect soil health parameters, greenhouse gas emissions, and carbon sequestration potential. A notable trend in her research is the investigation of how specific plant traits (rather than species alone) determine the effectiveness of cover crops in improving soil properties and mitigating climate impacts.

Hansen has developed substantial expertise in designing, conducting, and evaluating complex agricultural experiments across multiple environments including field sites, growth chambers, laboratories, and soil incubation studies. Her research has generated significant academic impact with several publications receiving notable citations and media attention, particularly her work on cover crop root morphology and its effects on soil carbon pools.