Applied Geochemistry

Recommended Prerequisites

Basic knowledge of geology, chemistry and statistics.

Teaching Methods

Theoretical lectures using audiovisual media.

Theoretical-practical classes that include resolution of exercises for practical application of theoretical knowledge and analysis of real case studies (using specific software in some situations).

Fieldwork for recognition of theoretical information, sampling of geological materials and field data collection.

Laboratory classes for geochemical analysis of samples and for achievement analytical data.

Learning Outcomes

- This curricular unit aims to provide knowledge that allows students to:

- To know and understand the importance and applications of geochemistry in problem solving;

- To know the chemical composition of Earth's natural reservoirs and the interactions between these reservoirs;

- To understand the meaning and significance of anomalies and contamination;

- To know how to identify anomalies, contaminants and their sources (natural / or anthropogenic);

- To know how to plan and execute geological material sampling campaigns to geochemical studies;

- To know techniques of geochemical analysis of geological materials, know how to analyze and interpret geochemical data (including statistics and geostatistics);

- Have knowledge about geochemical mapping, contaminated sites management and techniques to minimize impacts and environmental remediation;

- To know the positive and negative effects of geological materials on human health.

Work Placement(s)

No

Syllabus

1. Introduction to applied geochemistry: development, importance, applications

2. Geochemistry of superficial natural reservoirs: geosphere, hidrosphere, atmosphere

3. Environmental geochemistry

4. Geochemistry applied to resources exploration

5. Organic geochemistry

6. Natural radioactivity

7. Geochemistry and human health.

Head Lecturer(s)

Joana Paula Machado Ribeiro

Assessment Methods

Assessment
Report of a seminar or field trip: 10.0%
Resolution Problems: 40.0%
Exam: 50.0%

Bibliography

Andrews, J.E.; Brimblecombe, P; Jickells, T.D; Liss, P.S; Reid (2004) B.J. An introduction to Environmental Chemistry. (2º Edition)Blackwell publishing.

Brownlow, A.H. (2005). Geochemistry. Prentice-Hall, Inc..

Harrison, R.M. (2006). Understanding our environment: an Introduction to Environmental Chemistry and Pollution. The Royal Society of Chemistry.

Jackson, A.R.W. and Jackson, J.M. (2005). Environmental Science. The natural environmental and human impact. Prentice Hall.

Moon C.J.; Whateley M.K.G.; Evans A.M. (2006). Introduction to mineral exploration. Blackwell Publishing, 481 pp.