A környezetgazdálkodási mérnöki, illetve a természetvédelmi és vadgazda mérnöki alapképzési (BSc) szakok képesítési követelményeinek kidolgozása, a szakok beindítása. Hefop- 1-P. 2004-09-0071 0 projekt

Debreceni Egyetem A környezetgazdálkodási mérnöki, illetve a természetvédelmi és vadgazda mérnöki alapképzési (BSc) szakok képesítési követelményeinek kidolgozása, a szakok beindítása. HEFOP- 3.3.1-P.-2004-09-0071/1.0 projekt

The students will learn the main biological, technical and management aspects of natural and artificial water habitats. The main topics are: technical conditions of creation and operation, major plant and animal species, biological, economic aspects, extensive and intensive aquatic habitats.

Lecturer: Dr. László Stündl PhD, senior lecturer

Instructors : Dr. László Stündl PhD, senior lecturer

Dr. Péter Bársony Ph.D. lecturer

1. 
   National and international significance and role of aquatic habitats
   
2. 
   Aquatic ecology, limnology and water management
   
3. 
   Biodiversity, key plant and animal species
   
4. 
   Natural and extensive aquatic habitats and ecosystems
   
5. 
   Man-made and intensive aquatic habitats and ecosystems
   
6. 
   Technical aspects of design, creation and maintenance of aquatic habitats
   
7. 
   Economic and engineering issues and legal aspects of aquatic habitat management
   
8. 
   Propagation biology and natural/artificial propagation of fish species of economic or nature conservational significance
   
9. 
   Other significant aquatic species (molluscs, arthropods, amphibians and reptiles, etc.)
   
10. 
    Physiology of feed intake and feeds of aquatic animal species
    
11. 
    Feed management in aquatic habitats, conditions for feeding
    
12. 
    Inland fisheries
    
13. 
    Role of recreation and angling in the utilisation of inland fisheries
    
14. 
    Importance of aquatic habitats for hunting and game management
    

1. 
   Structure of ecological systems, still waters and water flows
   
2. 
   Interlinks between water, light and temperature
   
3. 
   Movement, physical and chemical features of waters
   
4. 
   significance of oxygen, CO2, nitrogen, phosphorus and other nutrients
   
5. 
   Oxygen household and controllability of oxygen in waters
   
6. 
   System of plankton, benton, nekton, fish and other vertebrates
   
7. 
   Water quality measurement, assessment, control of water quality and quantity in aquatic habitats
   
8. 
   Interlinks between temperature light and fish production
   
9. 
   Integrated water management and usage
   
10. 
    Role, maintenance and protection of aquatic habitats
    
11. 
    Design and creation of aquatic habitats
    
12. 
    Formulation, kkeping and feeding of fish broodstocks
    
13. 
    Methods for natural and artificial propagation
    
14. 
    Feeding physiology of aquatic animals, bioenergetics
    
15. 
    Make-up and nutritional value of fish body, food and feedstuffs
    
16. 
    Magnitude of feed production at aquatic habitats, the influencing factors, control and measurement methods. The means of nutrient/feed input.
    
17. 
    Grouping and classification of aquatic organisms by production biology status, optimum utilisation of biomass
    
18. 
    Induced spawning of fish, ways of improving prolificacy
    
19. 
    Types of artificial aquatic habitats by construction and operation
    
20. 
    Principles for socking aquatic habitats
    
21. 
    Role of herbivore fishes in stocking aquatic habitats
    
22. 
    Role of predator fishes in stocking aquatic habitats
    
23. 
    Role and features of common carp in stocking aquatic habitats
    
24. 
    Feed for fish, feeding techniques and technologies
    
25. 
    Basic principles and undertaking of fish stockings
    
26. 
    2 and 3 year and permanent fish production
    
27. 
    Biology natural and induced propagation of other aquatic species
    
28. 
    Husbandry and feeding technologies for other aquatic species
    
29. 
    Economic importance of other aquatic species
    
30. 
    Bases and significance of inland fisheries
    
31. 
    Factors influencing the productivity of inland waters
    
32. 
    Fishing methods and gear
    
33. 
    Technical improvements and fisheries machinery
    
34. 
    Fisheries economics, basic terminology and principles
    
35. 
    Investment to fisheries enterprises, planning and controlling of activities
    
36. 
    Domestic and international significance of angling
    
37. 
    Development of conditions and organisational aspects and running programmes for angling and aquatic tourism
    
38. 
    National and international legislation and administrative tasks concerning aquatic habitats
    
39. 
    Opportunities for hunting and game management in aquatic habitats, characterisation of protected and fair game species
    

Debreceni Egyetem

Pannon Egyetem