|Teaching method||Contact hours|
Language of instruction:
Assumed knowledge on:
SGL-10309 Integration Course Soil; Water and Atmosphere or FSE-30306 Analysis and Design of Organic Farming Systems or CSA-20306 Soil-Plant Relations or SLM-10306 Land Degradation and Remediation or DEC-20306 Rural Households and Livelihood Strategies.
Problems associated with food security and depletion of natural resources and the need for economically viable and socially acceptable systems are important reasons for a redesign of land use systems at the level of farms, as well as at the regional level. The QUALUS course deals with quantitative land evaluation and presents an overview of quantitative methods for regional and farm level land use analysis and design. The methods identify options for sustainable systems and land use and reveal trade-off among objectives. To use these methods, you need to apply disciplinary knowledge about economy, soil, climate, animals and plants. Important aspects of the various methods treated are their aim, spatial and temporal scale and climatic zone. One of the mathematical techniques for these model-based land use studies, i.e. linear programming is presented in more detail. Attention will be given to involvement of stakeholders and using scenarios. The course and its methods are illustrated with a comprehensive study. Students will apply the concepts and methods in their own case study. All methods use a scenario approach.
After successful completion of this course students are expected to be able to:
- apply qualitative and quantitative methods for regional and farm level land use analysis and design;
- design a linear programming model to study a simple land use problem, solve simple linear programming and multicriteria problems, and interpret results of these models;
- construct input-output coefficient tables for different land use activities applying production ecological concepts;
- explain, compare and critique different methods of qualitative and quantitative land use analysis and design;
- give an overview and explain the role of models within innovation processes and policy development.
- lectures and practicals will support self-study of the syllabus;
- students will work in groups (of 2-4 students).
- written test with open questions (80%);
- 4 parts, minimum mark required for each part: 4.0, minimum overall average: 5.5;
- case study reports, including presentation (20%, valid for two academic years).
Study guide and syllabus.
|Compulsory for:||WUCCP||BSc Minor Concepts in Crop Production||3WD|