Course overview
The course will provide students with a comprehensive view of ecological interactions in soils. It covers the interactions between plants, soil and soil organisms, the roles played by soil organisms in decomposition of organic material, nutrient cycling (C, N, P) and stability of agricultural and natural ecosystems. Other topics include the importance of soil organisms for soil fertility, mycorrhizas and their effects on plant productivity and plant communities, microbial ecology, root growth and the biology of the rhizosphere.
Course learning outcomes
- Understand the importance of soil ecology and nutrient cycling in agricultural and natural ecosystems, with specific focus on carbon, nitrogen, and phosphorus.
- Understand the factors and processes affecting nutrient availability in soils, and plant-soil interactions, including the role of soil organisms, plant roots, the rhizosphere, and association with mycorrhizae.
- Utilise common analysis methods for evaluating nutrient cycling, including assessing microbial activity.
- Understand how management practises affect nutrient cycling and agricultural sustainability.
- Synthesize, critically analyse, and communicate scientific concepts and research findings regarding soil ecology and nutrient cycling.
Degree list
The following degrees include this course