The archaeobotanical analysis of the waste infill contributed to understanding its origin and composition based of two types of sample extraction. Large amount of desiccated botanical marco-remains was determinated. Beside of the common taxa rare imported species were also captured. Some of them are the first determinations in Central Europe; one case is the first evidence in Europe at all. The richness and uniqueness of the archaeobotanical collection declare the high society status, economical and cultural centre of the Prague castle in the early modern period.

Archaeobotanical data are often a mixture of material of different origins. The formation process of archaeobotanical records can often be different. Hence it is important to understand the structure of these fossil records before the data are used for various reconstructions and interpretations. The aim of my diploma thesis is to identify the taphonomic causes of differences between synanthropic species from different archaeological sites using plant traits. The greatest differences between sets of species in archaeobotanical situations are due to the way of preservation, ie. between charred and non-charred (waterlogged) macro-remains. My diploma thesis is based on data from the Archaeobotanical database of the Czech Republic. I focused on the Middle Ages, which is the best period in terms of the number of species and the number of sites. Using multidimensional analyses, I examined the structure of archaeobotanical data and then selected a relevant dataset to examine the differences in species composition between different types of conservation. After that I correlated the results with the species traits. I found that the structure of archaeobotanical data is very heterogeneous. In each of the two types of conservation, different species are preserved. These species are characterized by a...