Aim. The aim of the article is to find out the karyological features and conduct molecular and
cytogenetic analysis on tree plants for biological diversity studies, solve problems of …

More than 200 populations and provenances of representatives of different genera from the
families Pinaceae and Cupressaceae, and also from the genus Ephedra, family …

Historically, cytogenetic studies of forest tree species have been relatively limited in
contribution of basic information on plant genomic structure and in integration into tree …

Representatives of four main genera of Pinaceae Lindl. family growing in Siberia at the Far
East have been studied. Many populations of the forest species of Larix Mill., Pinus L., Picea …

The results of karyological and cytogenetic studies of populations of conifer species from the
families Pinaceae and Cupressaceae growing under extreme conditions have been …

Cytogenetic investigations in plant species, particularly wild and native plants, are crucial for
understanding their evolutionary history, establishing species relationships, and determining …

Generalized discussions of forest tree species, regardless of the subject, are difficult due to
the large number of species, spanning over two taxonomic classes, that are grown for a …

This article presents the results of cytogenetic analysis of the Pinus sylvestris L. seed
progeny from 5 populations growing in the boreal forests of the European North of Russia …

Cytogenetic analysis was conducted for forest trees growing under extreme environmental
conditions in Siberia, Russia, ie dry steppe (Pinus sylvestris), oligotrophic mires or bogs …

The importance of cytological and cytogenetic information in the investigation of evolutionary
history of species, ie biosystematics (cytotaxonomy) and cytogeography, is surveyed. The …