Add to ORKGBackground: The genetic control of important adaptive traits, such as bud set, is still poorly understood in most forest trees species. Poplar is an ideal model tree to study bud set because of its indeterminate shoot growth. Thus, a full-sib family derived from an intraspecific cross of P. nigra with 162 clonally replicated progeny was used to assess the phenotypic plasticity and genetic variation of bud set in two sites of contrasting environmental conditions. Results: Six crucial phenological stages of bud set were scored. Night length appeared to be the most important signal triggering the onset of growth cessation. Nevertheless, the effect of other environmental factors, such as temperature, increased during the process. Moreover, a co...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
This study investigates epigenetics-like phenomena: how performance phenotypic plasticity, genotypic...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
Background: The genetic control of important adaptive traits, such as bud set, is still poorly under...
The genetic control of important adaptive traits, such as phenology, is still poorly understood in m...
The genetic control of bud phenology in hybrid poplar was studied by mapping quantitative trait loci...
Adaptation of the annual cycles of growth initiation and cessation to the environment is critical fo...
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...
Background: Concern over land use for non-food bioenergy crops requires breeding programmes that foc...
Background: Leaf morphology varies extensively among plant species and is under strong genetic contr...
Summary — Poplars bred for the future by INRA include two North American species: eastern ...
Plant phenology represents a serious ecological and evolutionary trade-off between survival and grow...
Black poplar (Populus nigra L.) is a major tree species of riparian ecosystems in Europe that covers...
Leaf size in Populus is an adaptive trait and early indicator of biomass yield. In order to investig...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
This study investigates epigenetics-like phenomena: how performance phenotypic plasticity, genotypic...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
Background: The genetic control of important adaptive traits, such as bud set, is still poorly under...
The genetic control of important adaptive traits, such as phenology, is still poorly understood in m...
The genetic control of bud phenology in hybrid poplar was studied by mapping quantitative trait loci...
Adaptation of the annual cycles of growth initiation and cessation to the environment is critical fo...
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...
Background: Concern over land use for non-food bioenergy crops requires breeding programmes that foc...
Background: Leaf morphology varies extensively among plant species and is under strong genetic contr...
Summary — Poplars bred for the future by INRA include two North American species: eastern ...
Plant phenology represents a serious ecological and evolutionary trade-off between survival and grow...
Black poplar (Populus nigra L.) is a major tree species of riparian ecosystems in Europe that covers...
Leaf size in Populus is an adaptive trait and early indicator of biomass yield. In order to investig...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...
This study investigates epigenetics-like phenomena: how performance phenotypic plasticity, genotypic...
In the absence of genetic diversity, plants rely on the capacity of phenotypic plasticity to cope wi...