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Mainly to acquire a broad overview of inorganic analytical chemistry from the taking of samples to analysis. Through laboratory exercises, students are to learn how to critically evaluate sources of error and uncertainty in the analyses that influence the interpretation of data. Knowledge of how to take samples of water, soil and vegetation, as well as sample preparation methods and separation techniques. Knowledge of quality control with special emphasis on the validation of methods. Knowledge and understanding of the principles for the following analysis methods: Gravimetry and titer analysis. Titrimetrical methods (neutralisation, felling, complex, electrochemical methods, redox titrations and potentiometric methods). Spectroscopic methods (molecular absorption spectroscopy as well as atom spectroscopy based on absorption and emission). Gas and liquid chromatographical methods. Be able to select the most appropriate sample-taking, preparation and analysis methods based on accuracy requirements and possibly on knowledge about the sample's composition and economical limits. Evaluate the quality of analysis data. The course focuses on naturally occurring processes in the biogeochemical cycle, and in that way satisfies the environmental profile of UMB.