soil
Module No.
Module name
P
Soil ecology and management
Module coordinator
Prof. Dr. Hildebrand Email: Ernst.Hildebrand@bodenkunde.uni-freiburg.de
Additional teaching staff
Prof. Dr. P. Trüby, Dr. H. Schack-Kirchner, Prof. Dr. J. Bauhus
Syllabus
Soil assessment and mapping
Excursion: Introduction to soils and geomorphology
Soil classification and theory of soil mapping
Field methods of soil assessment (practical training)
Soil and site Mapping (field training)
Self-study
Soil hazards and soil protection
Introduction and mechanical impacts of harvesting operations
Soil Erosion, Salination and Irrigation
Eutrophication and acidification, Soil contamination and remediation
Plant/Soil Relations
Concepts and theory of tree nutrition
Diagnosis and therapy of nutrient deficiencies
Field trip: Nutrient cycling
Interactions between vegetation and soils
Learning goals and qualifications
• Ability to assess soil and site quality in the field
• Ability to use and interpret soil maps
• Knowledge of soil hazards especially in forests
• Ability to select adequate management options
• Ability to understand scientific and technical publications concerning soil ressources
• Ability to use computer resources and the WWW to obtain soil information
• Ability to assess and to manage the nutrient status of forests
Teaching and learning methods
Lectures (field and lecture hall), computer based training, field training
Prerequisites
Basics of ecology, chemistry and soil science
Requirements for registration
None
Distribution of work load
Contact hours 60 h (Lectures, pracs, excursion, exam)
Student learning 65 h (Preparation, reading etc.)
Proposed assessment
Written Examination
Field exam
Link to learning resources
Forest Ecology Online
Preliminary Reading
Comments
Module name
P
Soil ecology and management
Module coordinator
Prof. Dr. Hildebrand Email: Ernst.Hildebrand@bodenkunde.uni-freiburg.de
Additional teaching staff
Prof. Dr. P. Trüby, Dr. H. Schack-Kirchner, Prof. Dr. J. Bauhus
Syllabus
Soil assessment and mapping
Excursion: Introduction to soils and geomorphology
Soil classification and theory of soil mapping
Field methods of soil assessment (practical training)
Soil and site Mapping (field training)
Self-study
Soil hazards and soil protection
Introduction and mechanical impacts of harvesting operations
Soil Erosion, Salination and Irrigation
Eutrophication and acidification, Soil contamination and remediation
Plant/Soil Relations
Concepts and theory of tree nutrition
Diagnosis and therapy of nutrient deficiencies
Field trip: Nutrient cycling
Interactions between vegetation and soils
Learning goals and qualifications
• Ability to assess soil and site quality in the field
• Ability to use and interpret soil maps
• Knowledge of soil hazards especially in forests
• Ability to select adequate management options
• Ability to understand scientific and technical publications concerning soil ressources
• Ability to use computer resources and the WWW to obtain soil information
• Ability to assess and to manage the nutrient status of forests
Teaching and learning methods
Lectures (field and lecture hall), computer based training, field training
Prerequisites
Basics of ecology, chemistry and soil science
Requirements for registration
None
Distribution of work load
Contact hours 60 h (Lectures, pracs, excursion, exam)
Student learning 65 h (Preparation, reading etc.)
Proposed assessment
Written Examination
Field exam
Link to learning resources
Forest Ecology Online
Preliminary Reading
Comments