Petr Mazouch

TL;DR: In this paper, the reliability and applicability of this method, based on leaf physiognomic characters of fossil woody dicots, has been discussed over the same period, mainly on its robustness in the context of the theoretical unimodal requirements of Canonical Correspondence Analysis, and introduces correction coefficients for these aspects of the statistical approach as a new way of interpreting and improving on CLAMP estimates.

TL;DR: In this article, previously known Eocene floras of mid-latitudinal Europe are analyzed using statistical methodologies in order to obtain more reliable palaeoclimatological signals to detect possible climatic fluctuations during this time interval.

TL;DR: In this paper, integrated plant record (IPR) vegetation analysis is used as a semi-quantitative tool developed as a proxy to assess zonal vegetation classification, which is based on fossil plant taxa categorized into zonal taxonomic-physiognomic components reflecting key autecological characteristics.

TL;DR: In this article, the authors present results of research focused on regional price levels estimation in the Czech Republic and the aim of their work is to evaluate the reliability of regional PPS indicators and raise serious analytical and political issues.

TL;DR: The Integrated Plant Record vegetation analysis (IPR vegetation analysis) is a semi-quantitative method that has been developed to reconstruct Cenozoic zonal vegetation based on the fossil leaf, fruit, and pollen record, i.e., the integrated plant record.