Soil biology and land management

This research theme deals with the impacts of agricultural management on soil biota and soil quality. We propose that through the correct soil management practices, we can optimise multi-functionality of our soils, including soil functions such as primary productivity, carbon management, nutrient cycling, water regulation and habitat for biodiversity. Soil biota has a lead role to play in promoting these functions through the mineralisation of nutrients or decomposition of organic matter in soils.
Our focus
All soils have the capacity to deliver all functions, but the landscape, land use and management strongly influence which soils deliver which functions at an optimum capacity. Therefore, by selecting the right management practices, we can optimise at least three of these functions in each scenario, rather than the traditional focus on primary production alone.
Soil biology is essential in driving the processes which govern these five functions. Therefore the right implementation of management practices to enhance the biological functional performance of our soils is crucial to maximise soil functions. This topic looks at the multi-functional capacity of our soils, from the national to European scale, through monitoring and indicators of soil quality and adaptation to more sustainable agricultural systems.
Research themes
Fertile soils
This research theme focuses on how soil biota shape the functioning and productivity of agricultural systems.
Functional soil biodiversity
This theme is about research that aims to understand how the richness and community composition of soil biota is coupled to ecosystem functioning in (agro)ecosystems.
Soil biology and land management
This theme deals with the impacts of agricultural management on soil biota and soil quality.
Soils in a changing climate
This theme relates to what may be the most pertinent environmental threat facing humanity: climate change as a result of man-made greenhouse gas.