Educational objectives The general objective is developing students’ attitude, leading them towards full understanding of the environmental equilibria mechanisms from a variety of perspectives (physical, chemical, biological and, above all, geological).
The specific objectives are the comprehension of the role of Mineralogy within Environmental Sciences and the capacity to manage problems in which minerals may be either source of problems or solutions (see Dublin descriptors below for more details).
A) Knowledge and Understanding: successful students will be able to understand basic principles of risk assessment and potential risks coming from minerals in the every-day life. They will become familiar with asbestiform silicates, both regulated and non, their properties and the multidisciplinary experimental approach needed for their study, as well as with specific issues regarding mineral/environment relationships (e.g., release, transport and dispersal of toxic wastes from mining and industry, including the nuclear industry, and the safe containment of such wastes; mineral based atmospheric aerosols, etc.).
B) Skills and Abilities: successful students will be able to analyse the various factors influencing mineral stability at, or near, the surface of the Earth (P, T, pH, etc.), and to recognise, analyse and classify minerals of environmental relevance at scales which can range from molecular to global.
C) Capacity to elaborate an autonomous and informed assessment of problems involving minerals and to suggest solutions
D) Capacity to communicate concepts, problems and solutions to various target audiences, from general public to highly specialised professionals.
E) Capacity to search for and manage specialised scientific literature when preparing the final term paper.
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Educational objectives - The student will develop skills on a set of animal indicators and bio-ecological methodologies used in environmental quality assessment and biomonitoring in aquatic and terrestrial ecosystems.
- Knowledge of the biology of the main animal taxa used in bioindication and their recognition.
- Achievement of specialized skills in the biomonitoring sector.
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Educational objectives The course aims to deepen the knowledge relating to the role of plants and fungi in environmental protection and in sustainable recovery of altered ecosystems.
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Educational objectives The general objective of the integrated course is the understanding by students of the mechanisms that govern the delicate environmental equilibria, with a focus on anthropic alterations, through a multidisciplinary approach.
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Educational objectives The general objective of the integrated course is the understanding by students of the mechanisms that govern the delicate environmental equilibria, with a focus on anthropic alterations, through a multidisciplinary approach.
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Educational objectives The general objective of the integrated course is the understanding by students of the mechanisms that govern the delicate environmental equilibria, with a focus on anthropic alterations, through a multidisciplinary approach.
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Educational objectives The course aims to deepen the knowledge relating to the organization and architecture of the organs of vascular plants in relation to changes of the environmental parameters. It aims to provide students with information on the experimental techniques for cyto-histological analysis and diagnostics necessary to evaluate any morpho-functional variations due to biotic and abiotic environmental stresses. Furthermore, the strategies that vascular plants implement at various levels, to counteract the variations of environmental parameters will be illustrated and analyzed. The course also aims to provide basic knowledge on techniques for obtaining genetically modified plants (GMP) and techniques for diagnosing of GMP.
Specific objectives of the course are: to provide the theoretical/practical information necessary for understanding the processes at the cell, organ and entire organism level in relation to environmental conditions; provide information for understanding the reproductive processes of vascular plants in relation to environmental conditions; provide information on primary and secondary metabolisms in relation to changes in environmental parameters; provide the knowledge to evaluate the effects of pollen as an allergen releasing agent; provide the knowledge for obtaining GMps and their impact on the environment.
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Educational objectives Knowledge and understanding:
The course aims at providing the basic concepts and theoretical elements of the Economics of Innovation by referring both to the innovation process as such - emphasising the determinants, obstacles and nature of such process – as well as to its economic implications. Using the theoretical and analytical tools they will receive during the course, students will be able to define and analyse technological and innovative phenomena, their economic consequences and related policies.
Applying knowledge and understanding:
By applying the theoretical and analytical tools provided during the course, students will be able to analyse key phenomena for the Economics of Innovation such as the introduction of process and product innovation, the relationship between innovative inputs and outputs, the dynamics of patents, the economic and employment impact of innovation and the linkage between innovation and market structure.
Making judgement:
Students will develop autonomy of judgement regarding the analysis of the economic impact of innovation, including heterogeneities between different types of innovation and the link between the potential economic consequences of innovation and the characteristics of the economic context where these consequences occur.
Communication skills:
Students will develop the ability to use analytical tools in order to understand and illustrate in written and oral form the characteristics, determinants and economic implications of technological innovation.
Learning skills:
Students will learn about the salient features and evolutionary process that characterizes technological change and innovation by recognizing the heterogeneity that characterizes such process and by critically interpreting the economic implications of different forms of innovation.
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