Sustainable Soil Management

This module covers the fundamental concepts of soil functions, soil formation processes, and major soil threats affecting soils worldwide. Students learn soil classification skills and understand the basic principles of how soils develop and function in ecosystems.

This module explores soil-water interactions and their importance in soil health. It examines the causes and consequences of reduced soil wettability, compaction, and soil sealing, with practical hands-on projects for real-world observation.

This module focuses on the determinants of soil fertility, emphasizing the role of soil organic matter and the impacts of nutrient surpluses and deficits. Students conduct experiments to observe how soil nutrients affect plant growth.

This module examines the crucial role of soil biodiversity in maintaining soil functions and ecosystem health. Students learn methods to assess, prevent, and address biodiversity loss through practical field tests and observations.

This module covers the processes and impacts of water erosion on soil functions, exploring prevention and mitigation strategies. Students investigate water erosion characteristics through practical environmental assessments.

This module examines wind erosion processes, their effects on soil functions, and prevention methods. Students engage in practical experiments using a mini wind tunnel to study soil erodibility and test various countermeasures.

This module addresses the challenges of soil compaction in agriculture, exploring its impacts on soil function and examining various prevention and remediation techniques for managing compacted soils.

This module explores major sources of soil pollution, pollutant behavior in soils, and various remediation techniques. Students investigate common chemical inputs used in their local environment through field observations.

This module covers the process of soil salinization, its effects on soil and plant health, and management strategies. Students participate in experiments demonstrating the impacts of salt on soils and plants.

This module integrates human factors and analysis techniques in soil management decision-making. Students apply their knowledge through a simulation game and share sustainable land management approaches from their regions.

This culminating module requires students to synthesize their knowledge of soil degradation and sustainable soil management through the development of a comprehensive case study.