The new salt tolerant cereal, Tritipyrum (2n= 6x= 42, AABBE b E b) offers potential to
introduce desirable characters for wheat improvements. This study was aimed to generate a …

Wheat, although moderately tolerant to salt, can not be cultivated in many areas. However,
in the triticeaetribe, some of the wild wheat relatives are highly tolerant, eg Thinopyrum …

Genetic diversity is the base of most breeding programs particularly due to use of heterosis.
In this study for the first time the genetic diversity and correlation between morphological and …

Genetic diversity is crucial for crop improvement. In wheat this resource is distributed within
the three gene pools of the tribe Triticeae and priority usage over the last decade has been …

C-banded pattern in two accessions of Thinopyrum bessarabicum (Save ex Rayss) A. Löve
(2 n= 2 x= 14, E b E b) and their idiogram was established. C-banding analysis was further …

Soil affected by salt (NaCl) is a major problem worldwide and in areas with potential
agriculture; lands in many countries are not enough to support crop production. The …

Hexaploid triticale contains valuable genes from both tetraploid wheat and rye and plays an
important role in wheat breeding programmes. In order to explore the potential of hexaploid …

Sažetak The aim of this study was to evaluate the genetic diversity of five triticale accessions
and to perform reciprocal crosses involving wheat 1D chromosome in early generations …

Triticum genus encloses several tetraploid species that are used as genetic stocks for
expanding the genetic variability of wheat (Triticum aestivum L.). Although the T. aestivum …

Abstract Thinopyrum chromosomes 7el 1, 7el 2, 7E e, and 7E i, homoeologous to group 7
chromosomes of common wheat (Triticum aestivum), were determined to have many useful …