There is renewed interest in how transgenerational environmental effects, including
epigenetic inheritance, contribute to adaptive evolution. The contribution of across …

Phenotypic plasticity, within and across generations (transgenerational plasticity), allows
organisms and their progeny to adapt to the environment without modification of the …

Phenotypic plasticity is essential for organisms to adapt to local ecological conditions. It is
expected that mutualistic interactions, such as arbuscular mycorrhizal (AM) symbiosis …

Conditions during a parent's lifetime can induce phenotypic changes in offspring, providing
a potentially important source of variation in natural populations. Yet, to date, biotic factors …

Epigenetic changes and maternal effects, collectively termed transgenerational effects, allow
responses of organisms to environmental factors to be passed between generations. This is …

Abstract Background and Aims Clonal plants dominate many plant communities, especially
in aquatic systems, and clonality appears to promote invasiveness and to affect how …

Premise of the Study Phenology, the seasonal timing of development, can alter biotic
interactions. Emergence from dormant or quiescent stages often occurs earlier when …

Maternal effects allow offspring to cope with rapidly changing environments. While the
immediate effects of long‐term climate warming and nitrogen (N) deposition are well …

Circadian rhythms are key regulators of diverse biological processes under controlled
settings. Yet, the phenotypic and fitness consequences of quantitative variation in circadian …

Background and aims Transgenerational plasticity (TGP) have been proven as significant
driver of organisms to cope with environmental rapid changes. However, our understanding …