Contents: Instruments and methods of tree mensuration are explained theoretically and with relevance to practice. The establishment and analysis of trial plots is explained and demonstrated. Special trial plots serve the practical application of the acquired methodological knowledge. The fundamentals for modelling of forest growth and timber yield are conveyed, and a simulation model is introduced. Biometrical methods relevant for forestry are explained and substantiated with exemplary data sets.

The student is made familiar with the methods of remote sensing and GIS. In particular obtaining of data is dealt with, using aeroplane and satellite aided sensor systems as well as analysis methods based on air photographs’ interpretation and digital satellite images’ interpretation. Project-relevant studies of utilization of various remote sensing data and the integration of the results in Geographic Information Systems are presented. Computer-bound exercises support the studies.

Goals of qualification: The student learns the mode of functioning and the handling and use of important tree measuring instruments as well as the methodology for obtaining and analysing forest growth and forest yield data. The students gets familiar with the modelling of forest growth and yield, and is able to apply this knowledge.

The student acquires special knowledge of selected methods of biometrics including the principles of growth and yield modelling related to trees/forests of the tropics.

The students learns about the operational use of the analogous and digital remote sensing data based on modern methods of aerial and satellite image analysis. He or she is capable of applying in relation to GIS the acquired methods regarding the handling of image data and multi-thematic geo-data to the monitoring of land use and land cover change. 

The module examination consists of a written report (15 hours) and a written examination (90 minutes).