Official Code: | MA62 |
Acronym: | M:ARS |
Description: | O Mestrado em Avaliação e Remediação de Solos, oferecido pela Faculdade de Ciências, em parceria com a Faculdade de Engenharia, visa a formação de profissionais com conhecimentos e competências para efetuarem avaliações da qualidade dos solos, e ainda para proporem estratégias de remediação ajustadas ao tipo de degradação e ao uso futuro de cada área. O curso permite desenvolver competências transversais essenciais nos domínios da Geologia, Hidrologia, Modelação, Ecologia, Ecotoxicologia, Microbiologia, Avaliação de Risco, Remediação de Solos e Sistemas Geográficos de Informação. |
1) To recognize the soil as a matrix of high biodiversity, identifying the main groups of biota, the interactions between them and their role in soil functions and processes;
2) To know different methodologies for sampling soil biota;
3) To identify the main threats to the soil, its geographical predominance and the way they affect its functions;
4) To understand the importance of soil in providing ecosystem services and applying relevant knowledge in ecosystem management;
5) To know the main national and supranational legal documents that aim at the protecting the soil;
6) To acquire laboratory skills regarding the taxonomic identification of large groups of soil fauna, conducting ecotoxicological tests, microbiological tests and functional tests;
7) To design experimental designs and use conceptual models based on different problem issues;
8) To apply the appropriate statistical methods to the estimation of ecotoxicological data and to the analysis of ecological data.- To be able to distinguish predictive and retrospective risk assessment and understand the link between the two processes;
- To recognize the differences between European and North American risk assessment frameworks;
- To be able to use available tools to integrate toxicity data and derive concentrations that are expected to have no effect on ecosystems (PNECs) or hazardous concentrations for X% of species (HCx) for different chemical compounds;
- To understand the relationship between PNECs and SSVs (soil screening values) and apply them in the calculation of retrospective risks;
- To be able to calculate risks by integrating chemical, ecological and ecotoxicological data, using case studies;
- To be capable of calculating risks to human health, both for carcinogenic and non-carcinogenic substances, using available models;
- To recognize the importance of integrating different stakeholder into risk assessment and risk management processes.