This study investigates epigenetics-like phenomena: how performance phenotypic plasticity, genotypic variation, and the heritability of growth traits and total phenolic compounds of Populus hybrids and clones in field trials may be modified by contrasting temperature conditions at their vegetation propagation phase. The significant effect of rooting–growing conditions on further tree performance in field trials was found for height increment in 2020, although the interaction hybrid by rooting–growing conditions was highly significant for phenolic compounds, tree height, and diameter, meaning that the performance of some hybrids was affected by rooting–growing conditions, thus demonstrating epigenetic-like effects. For phenolic compounds, in...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
The study aimed at estimating the genotype × environment (G × E) interaction, stability and plastici...
To have a cleaner environment, good well-being, and improve the health of citizens it is necessary t...
Bud phenology crucially determines the fitness of trees in their local environment and has shown to ...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
The response of trees to a changing climate can be affected by transgenerational phenotypic plastici...
In aspen and other plant species the effects of environment on phenotype are generally better charac...
In aspen and other plant species the effects of environment on phenotype are generally better charac...
To meet the needs of carbon sequestration and production of raw materials from renewable natural res...
The response of trees to a changing climate can be affected by transgenerational phenotypic plastici...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
The study aimed at estimating the genotype × environment (G × E) interaction, stability and plastici...
To have a cleaner environment, good well-being, and improve the health of citizens it is necessary t...
Bud phenology crucially determines the fitness of trees in their local environment and has shown to ...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
The response of trees to a changing climate can be affected by transgenerational phenotypic plastici...
In aspen and other plant species the effects of environment on phenotype are generally better charac...
In aspen and other plant species the effects of environment on phenotype are generally better charac...
To meet the needs of carbon sequestration and production of raw materials from renewable natural res...
The response of trees to a changing climate can be affected by transgenerational phenotypic plastici...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
The study aimed at estimating the genotype × environment (G × E) interaction, stability and plastici...