OEKB301879 Soil health monitoring

Type
Lecture and field trip
Semester hours
3
Lecturer (assistant)
Sanden, Taru , Bernardini, Luca Giuliano
Organisation
Soil Research
Offered in
Sommersemester 2026
Languages of instruction
Englisch
Content

This course provides a comprehensive exploration of soil health, bridging fundamental biogeochemical theory with the practical application of modern monitoring frameworks. Participants begin with an in-depth analysis of soil functions and ecosystem services, situating the soil's role within global cycles and historical human civilization. By examining the evolution from soil fertility to contemporary frameworks of soil quality and security, students develop a foundational understanding of the mechanisms required to monitor and protect soils against various degradation threats.
The curriculum then shifts toward the architecture of assessment and the technical mathematics of soil health. Students learn to design robust data sets by translating broad management goals into measurable indicators, mastering scoring functions and the principles used to identify land degradation. Through high-level case studies, the course demonstrates how standardized biological modules and monitoring protocols are coordinated from the field to the continental scale to ensure data comparability across diverse regions.
Practical application is a core pillar of the experience, utilizing both digital decision-support toolkits and physical field methodologies. Students engage with environmental dashboards to evaluate real-world scenarios, balancing these digital skills with the study of cutting-edge technologies like remote sensing, long-term experimental data, and proximal sensing. Finally, the course tackles the friction points of the field, from spatial and temporal heterogeneity to the complex ethics of data ownership and the policy gaps within modern legislative frameworks.
Objective (expected results of study and acquired competences)

Integrated Soil Systems Analysis: Synthesizing the relationships between soil functions, global biogeochemical cycles, and ecosystem services to evaluate environmental health.
Methodological Framework Design: Constructing robust monitoring structures by selecting targeted indicator sets and applying quantitative scoring functions to generate standardized health indices.
Multi-Scalar Monitoring Proficiency: Bridging the gap between localized field diagnostics and continental-scale digital protocols to ensure data comparability across diverse landscapes.
Critical Policy and Strategic Planning: Designing sampling strategies that overcome spatial and temporal heterogeneity while navigating the ethical and legislative complexities of soil data ownership.
You can find more details like the schedule or information about exams on the course-page in BOKUonline.