Soil Science: Physical Fertility and Water Retention

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Soil Water Dynamics: Physical Aspects

By the instructor explores the physical aspects of soil, focusing on water movement and soil properties.

Soil Fertility: Swiss Context

Explores soil fertility in the Swiss context, covering indicators, measurements, nutrient assimilation, and crop yield limitations.

Soil Science: Organic Constituents

Explores the organic constituents of soil, including types, sources, and degradation.

Environmental Legislation: Soil Protection and Regulations

Explores soil protection, legislation, and strategies to prevent soil degradation and pollution in Switzerland.

Soil Science: Fragile Asset

Examines soil as a fragile and limited asset, emphasizing global degradation processes and the importance of sustainable land use.

Soil-Atmosphere Interactions

Explores soil-atmosphere interactions, evaporation, transpiration, and evapotranspiration estimation in plants.

Soil Management and Neophyte Control

Explores soil management in construction and invasive neophyte control strategies to minimize environmental impacts.

Soil Science: Introduction

Introduces the study of soils, emphasizing their non-renewable nature and limited availability worldwide.

Soil Mechanics: Characteristics and Classification

Explores soil characteristics, water content, density, plasticity, and classification methods in geotechnical engineering.

Environmental Legislation and Waste Management

Explores environmental legislation, waste management, and the concept of waste disposal.

Water for Irrigation

Explores water usage for irrigation, including soil salinization dynamics and countermeasures.

Slope Stability Analysis: Methods and Software

Covers slope stability analysis methods, including Bishop, Janbu, and Morgenstern-Price methods, and introduces the finite element method for analyzing soil structures.

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