filmeu

Class Biology

  • Presentation

    Presentation

    The UC of Biology has as main objective to provide and extend the knowledge in Biology essential to a future Environmental Engineer as well as to provide bases for subsequent UCs in the Environmental Engineering degree. The knowledge aquired in this unit will allow to foment values and attitudes conducive to making decisions regarding issues involving interactions between Science, Technology, Society and the Environment.
  • Code

    Code

    ULP287-6569
  • Syllabus

    Syllabus

    1 The cell. Procaryotic and eucaryotic cells. Internal structure and organization. Transport mechanisms. 2 Genes and heredity. Chromossomes, the cell cycle and division. The eucaryotic genome and gene expression. 3 Physiology. Plant physiology. Plant nutrition. Adaptation mechanisms. Animal physiology, homeostasis and temperature regulation. 4 Evolutionary processes. The history of life on Earth. Mechanisms of evolution. Speciation. Construction and use of phylogenies. 5 The evolution of biodiversity. Bacteria and Archaea. Protists. Seedless plants. Seed plants. Fungi. The first animals and Lophotrochozoans. Ecdysozoans. Deuterosomes. 6 Observation of the biota of marine, transition, fresh water and terrestrial habitats. The biota envolved in water treatment.
  • Objectives

    Objectives

    Provide essential biological knowledge to the future environmental professional, specifically: - Understanding of the basic processes that of the evolution and function of plants and animals; - Understanding the complex environmental and socioeconomic role of the biota for a correct substanciation of decisions; - The development of concepts related to biodiversity and the need its maintenance. The knowledge gained in this course is fundamental to the areas of ecology, environmental quality, ecotoxicology, public health, environmental impacts and ecological modeling.
  • Teaching methodologies and assessment

    Teaching methodologies and assessment

    In this Curricular Unit, several laboratory activities will be carried out which, despite not being, in themselves, contemplated as innovative teaching methodologies, allow the consolidation of contents and the acquisition of practical skills. These activities allow the application of innovative teaching methodologies such as Problem Based Learning, which will be applied at the UC. Additionally, it is intended to use methodologies such as the Flipped Classroom.
  • References

    References

    Sadava; Hills; Heller; Berenbaum. 2009. Life. The Science of Biology. 9ª edição. USA: Sinauer associates inc. Azcon-Biéto, J.; Talon, M. 1996. Fisiologia e Bioquímica Vegetal. New York: Interamerica, McGraw-Hill. Azeiteiro, U. M.; Bacelar-Nicolau, P.; Vicente, L. 2003. Complementos de Biologia, Lisboa: Edições da Universidade Aberta. Curtis, H.; Sue Barnes, N. 2000. Biología (Sexta edición en español), Espanha: Editorial médica panamericana. Moreira, I. .1993. Histologia vegetal. 3ºed. Lisboa: Didáctica editora. Cox, M. M.; Nelson, D. L. 2011. Principios de bioquimica de Lehninger (edição comemorativa 25 anos - 5ª edição). Artmed. Morgado, F. M.; Pinho, R.; Leão, F. 2000. Para um ensino interdisciplinar e experimental da educação ambiental. Lisboa: Plátano Editora. Pinho, R.; Lopes, L.; Leão, F.; Morgado, F. 2002. Conhecer as plantas nos seus habitats. Lisboa: Plátano editora. Diversos textos de apoio a fornecer ao longo das sessões.
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