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Research reveals genetic features of elite Scots Pine trees in Karelia's silvicultural practices, suggesting improved breeding strategies.
Whatever level of recurrent plus breeding cycle is achieved there is a need of additional supplement of breeding population by new elite tree specimens. Due to this fact investigations concerning the confluence of ecological, genetics and intracoenotic factors facilitating their appearance is evermore actual. In 2021—2023 5 elite and 3 normal stands which included 71 elite trees growing within the northern taiga subzone were studied. Most of the stands were conditionally even-aged because of their arising after total catastrophic events such as clear cuts, windfalls and so on. The “elite” phenomena for new pine stand became possible precisely because of some kind of catastrophic event accompanied by fire (slash fire or natural fire), which cleared space, and was followed soon by abundant crop of pine seeds from surrounding stands. Specimens belonging to the leading group of trees which germinated in the first phase (0—15 years) of pine self-regeneration had the maximum probability to evolve into the elite ones. The genetic proximity of trees of all selection categories can be explained by the fact that all of them belong to the same generation period (about 30 years). At the same time actual genetic features of elite trees most commonly stay unrevealed and special trials with vegetative and seed progenies are needed to bring them to light.
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B. V. Raevsky (2025) studied this question.
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