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Genetic markers, from morphological to molecular, in function with early  indicators of tolerance toward drought, have been an object of research and  scientific papers for many years. It starts with the hypothesis that  seedlings produced from seeds that were collected from population of  extremely different site conditions, on the level of open pollinated  families, will have different results concerning drought tolerance. By  tracking the dynamics of germination and morphological parameters of  saplings, we are researching the interdependence of these parameters with the  survival and growth of two-year-old seedlings in conditions where there is a  lack of water. Austrian Pine seeds were collected from forty trees,  distributed over five provenances on the Balkan Peninsula. Within each  provenance a group is assigned to an extremely harsh and dry habitat, while  also another group is assigned to prosperous (the most productive) habitat.  The analysis of the twenty-one-day-old seedlings (saplings) is performed in  the laboratory, while the tolerance test of the two-year-old seedlings is  performed in the field. Seedlings that are exposed to conditions in which  there is lack of water, have the coefficient of water formation evaluation  22.59 times bigger than sandy-clay soil with fraction of sand bigger than 60  percent. The results show significant and positive correlation between some  parameters of saplings and the dynamics of growth (high increments) of the  seedlings in drought, but no correlation with the survival of the seedlings

genetika

The dynamics of germination and morphometrics properties of Austrian pine (Pinus nigra Arnold) saplings in terms of early indicators of tolerance toward the drought