Trees record a series of physiological responses to climatic and environmental changes
within their wood. Consequently, quantitative and qualitative analyses of their tree growth …

The paper describes an evaluation of the applicability of computer tomography in
archaeological dendrochronology. Two different computer tomographs were tested, a …

Tree-ring analysis is widely used in many different fields of science. Among others,
information carried by annual tree rings allows determining the rates of environmental …

Accurate measurements of ring-width series are essential for dendrochronological analyses.
We present an R package MtreeRing for ring-width measurements on scanned digital …

Tree ring analysis is essential to reveal the environmental information encoded in the wood
structure. It provides quantitative data on the anatomical structure which can be used, for …

In this paper, the problem of automation of dendrochronological measurements is
considered. In particular, a fully automatic, image-based approach for detecting tree-ring …

Tree and log evaluation prior to processing is traditionally conducted by visual inspection of
the outside surface. This approach has obvious limitations, because many internal features …

I present a new software that links a program for image analysis (SigmaScan), one for
spreadsheets (Excel) and one for statistical analysis (R) for applications of tree-ring analysis …

Tree-ring dating enables gathering necessary knowledge about trees, and it is essential in
many areas, including forest management and the timber industry. Tree-ring dating can be …

Accurately determining the position of pith and accessing tree-ring density profiles, including
intra-ring variations, is important for both the forest industry and dendroclimatology. Although …