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Vocational scicence education - chemistry education curriculum
Henková Mauleová, Lucie ; Janoušková, Svatava (advisor) ; Stratilová Urválková, Eva (referee)
HENKOVÁ MAULEOVÁ, Lucie. Přírodovědné vzdělávání na středních odborných školách - kurikulum chemického vzdělávání. Praha, 2023. Diploma thesis. Charles University, Faculty of Science, Department of Chemistry Education. Supervisor: Doc. RNDr. Svatava Janoušková, Ph.D. Abstract The thesis focuses on the recent set up of the chemical curriculum of selected upper-secondary school programs. The curriculum is compared from the viewpoint of content and other parameters with selected analogous foreign curricula, further, focus group research was conducted, orienting on desired objectives, content, and form of science education at vocational schools. Based on this analysis, a draft of the curriculum for a chosen model study program was constructed as the outcome. Key words vocational schools, curriculum, chemistry education
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Ecological biomonitoring of peatlands - the NCV index, acidification and eutrophication
Henková Mauleová, Lucie ; Neustupa, Jiří (advisor) ; Šťastný, Jan (referee)
Biomonitoring is a method of ecosystem properties determination based on its biological properties, especially composition of the biota. Based on various aquatic-oriented biomonitoring systems, it is possible to quantify, for example, water purity or trophic index for water management purposes or to characterize the ecological status of the ecosystem for scientific and conservation purposes. While water quality-oriented biomonitoring systems are widespread and routinely used, ecology state-oriented (quantifying qualities like succession stage or stability) are less exploited and their wider use in the future could help understanding and management of some aquatic ecosystems. One of the ecology-oriented biomonitoring systems is NCV index (natural conservation value index) oriented to wetlands which it evaluates through their desmid biota, measuring species diversity, rarity of represented species and ecosystem maturity for which they are typical, and rarity of represented species NCV index aims to describe the value of the ecosystem in terms of its replicability.
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Ecological biomonitoring of peatlands - the NCV index, acidification and eutrophication
Henková Mauleová, Lucie ; Neustupa, Jiří (advisor) ; Šťastný, Jan (referee)
Biomonitoring is a method of ecosystem properties determination based on its biological properties, especially composition of the biota. Based on various aquatic-oriented biomonitoring systems, it is possible to quantify, for example, water purity or trophic index for water management purposes or to characterize the ecological status of the ecosystem for scientific and conservation purposes. While water quality-oriented biomonitoring systems are widespread and routinely used, ecology state- oriented (quantifying qualities like succession stage or stability) are less exploited and their wider use in the future could help understanding and management of some aquatic ecosystems. One of the ecology-oriented biomonitoring systems is NCV index (natural conservation value index) oriented to wetlands which it evaluates through their desmid biota, measuring species diversity, rarity of represented species and ecosystem maturity for which they are typical, and rarity of represented species NCV index aims to describe the value of the ecosystem in terms of its replicability. Key words: biomonitoring, peatlands, desmids, NCV index, trophic state, saprobity, acidification, eutrophication
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