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Beech (Fagus sylvatica L.) is one of the most important forest trees in   Bosnia and Herzegovina in both economic and environmental terms. The total   area of forest in which beech is present is approx. 1,652,400 ha. There is a   proportionate need to plant new forests and produce genetically high quality   seed and saplings. Biochemical analysis of the genetic structure of eight   populations of beech using ten enzyme systems from 16 isoenzyme gene loci   revealed significant differences between the populations analyzed. Variance   levels were high in some gene loci, while in some populations monomorphism   was recorded only for individual gene loci. The average number of alleles per   locus ranged from 2.1875 to 2.5625, and the average number of genotypes per   locus varied from 2.6875 to 3.2500. The multilocus genetic diversity at the   population level ranged from 63.276 to 162.001, and the genofund diversity   varied from 1.2708 to 1.3416.The average differentiation value obtained for   all populations was fairly low (Dj=5.81), indicating a percentage of overall   variance of about 94.194%

Genetic differentiation in seed stands of European beech (Fagus sylvatica L.) in part of Bosnia and Herzegovina