|Kod Erasmus / ISCED:||(brak danych) / (brak danych)|
|Punkty ECTS i inne:||
STUDIES 'DIRECTION: ENVIRONMENTAL PROTECTION (Open Space) / ECTS: 7 / semester 2
Profile: akademic level/ Form and level: SMc
status: directional / obligatory
The aim of the course is to present the fate of toxic substances in living organisms and ecosystems, and the processes of their detoxification. The course includes also topics related to applied ecotoxicology and legal acts.
Definition and classification of toxins. Factors conditioning toxicity. Fate of toxins in organisms, ecosystems and their mechanisms. Toxicity and methods of detoxication. Biotests.
1.Ecotoxicology as an interdisciplinary science. Relations between ecotoxicology and other sciences.The basic terms of ecotoxicology.
2.Fate of toxic substances in the ecosystem. Consequences of the contamination of ecosystems level.
3.Interactions of toxic substances and the effects of physical and chemical factors on their toxicity, transport and transformation in the environment.
4.Fate of toxic substances in living organism. Biochemical mechanisms of the toxic action of selected chemical groups. Methods of detoxication.
5.Applied ecotoxicology - toxicity tests. Ecotoxicology - legal regulations and decision-making.
1.Dose-response relationships. Quantitative indices of toxic effects assessment. Computing of LD50 and EC50 on the basis of experimental data.
2.Analysis of the toxicity of soil/bottom sediment using Phytotoxkit test
3.Analysis of factors determining movement and distribution of pollutants in soil.
4.Assessment of toxicity of freshwater for crustacean (Daphnia magna) and bacteria (Vibrio fischeri)
5.The toxicity of mercury - determination of mercury in fish
6. Toxicity of natural substances - to evaluate the content of oxalates in the stimulants.
7. Toxicity chloride - salt toxicity analysis
8. Assessment of health and ecological risk connected with exposure to chemical substances
Student activity structure:
classes with the academic 60, ECTS ** 2.4
lectures 39 hours
classess and seminars 30 hours
consultation 0 hours
shares in research 0 hours
obligatory internships and internships 0 hours
participation in the exam and passing 0 hours.
personal workload (without or with academics participation during consultations) (4.6 ECTS **) 175 hours
1. Baran A., Kołton A. 2015. Ecotoxicology. w: Agroecology, Ropek D. (red.), 2014, Publishing House of the University of Agriculture, ISBN 978-83-64758-06-5, 117-130.
2. Walker C.H, Hopkin P., Silby R.M., Peakall D.B. Principles of Ecotoxicology. Taylor&Francis, 2000.
2. Begom G.(red). Ecotoxicology. InTech, 2012.
3. Hoffman D., Barnett A., Ratner G., Allen Burton Jr., John Carns Jr. Handbook of Ecotoxicology. CRC Press LLC
|Efekty uczenia się:||
- Identify toxic substances in the environment and their fate in the environment
- Integrate knowledge from different disciplines in order to understand the toxicity of chemicals
- Calculate the toxicity of substances to animals and humans
- Indicates substances in different parts of the environment and biological materials
- Estimate the health risks associated with exposure to xenobiotics in the environment
-Organize the work in a small team in order to perform exercises
|Metody i kryteria oceniania:||
written exam - open questions, computational tasks
The percentage scale of the evaluation of learning outcomes was defined, defined as follows:
1. Insufficient grade (2.0): it is issued if at least one of the three components (N, A, SC) of the learning outcomes achieved, the student obtains less than 55% of the mandatory effects for a given component.
2. Sufficient assessment (3.0): it is issued if, in the scope of each of the three components (N, A, SC) of the learning outcomes, the student obtains at least 50% of the applicable effects for a given component.
3. Over-satisfactory grade (3.5): it is issued on the basis of the arithmetic mean of the three components (N, A, SC) of the learning outcomes (average 61-70%).
4. A similar way of calculating grades as presented in point 3 were accepted for good grades (4.0 - average 71-80%), over good (4.5 - average 81-90%) and very good (5.0 - average> 90%).
Assessment of the performance of analytical and computational tasks, efficiency and organization of work in a team
Final grade = 0.5 x exam grade (lectures) + 0.5 x final grade (classess)
Właścicielem praw autorskich jest Uniwersytet Rolniczy im. Hugona Kołłątaja w Krakowie.