Environment Ecological Engineering
Course Code
TL4209
Number of Credits
2
Semester
Course Type
Study Material
Study Material | Depth |
---|---|
Introduction: explanation of the general lecture mechanism, procedures, exams and literature. | Explore |
The relationship between ecology and technology: the concept of ecology is linked to technology. | Express |
Ecosystems and biosystems: components that form ecosystems and biosystems. | Explore |
Food chains and energy flow in ecosystems: classification of living organisms based on food requirements. | Expert |
The concepts of limiting factors in ecosystems: limits of population growth tolerance | Expert |
Biodiversity: the distribution of various types of taxa in an ecosystem and monitoring and protecting the presence of specific types of taxon in a habitat. | Expert |
Succession: an indicator of environmental quality change | Expert |
Biogeochemical Cycles: hydrological cycle, food cycle including carbon, sulfur and nitrogen cycles. | Expert |
Wetland: one way to reduce surface water pollution by using specific aquatic plants. | Expert |
Soil Bioengineering: one way of dealing with erosion problems in areas with slopes or river flow areas by using vegetation to stabilize the soil. | Expert |
Mikrokos: an artificial ecosystem of small size that is used for experiments to determine the activities and capabilities of its components. | Expert |
Restoration Ecology: adding ecological value to an ecosystem that has been damaged by human activities. | Expert |
Graduate Learning Outcomes (GLO) carried by the course
CPMK Code | Course Learning Outcomes Elements (CLO) |
---|---|
CPMK 1 | Students understand the basic principles of ecology and changes in ecosystem balance as a result of human activities on the environment, as well as the application of the basic engineering and sciences needed to overcome them. |
Learning Method
- KBL, PBL, RBL, PjBL.
Learning Modality
Assessment Methods
- Selections, descriptions, essays, presentations, reports.