p. 1−12
2423-7930
Vol.40/No.1
0.95). Sixteen clones in the 1st and 5th group shared 100% of bands of each group indicating that they are likely duplicate ones. In general there were not any significant relationships detected between genetic diversity and geographical origins. Clones of different ecological climates were classified in one group and in some cases clones that had close origins were clustered with clones from other geographical areas. The potential use of AFLP could show not only the differentiation among species, but also between botanical varieties and well-defined ecotype groups. Finally it can be concluded that AFLP fingerprinting technique with discrimination of duplicate accessions in germplasm collection can decrease costs of conservation of plant material, especially in the case of garlic that is propagated by asexual reproduction. The results of AFLP were in broad agreement with the morphological classification.]]>
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1
p. −
2423-7930
Vol.40/No.1