The number of times an organism reproduces (ie, its mode of parity) is a fundamental life‐
history character, and evolutionary and ecological models that compare the relative …

Ecological interaction and adaptation both depend on phenotypic characteristics. In contrast
with the common conception of the 'adult'phenotype, plant bodies develop continuously …

Diversification of ecology into subdisciplines that run from macroecology to landscape,
community, and population ecology largely reflects its specialization on different segments …

Decades of observation in natural plant populations have revealed pervasive phenotypic
selection for early flowering onset. This consistent pattern seems at odds with life‐history …

• Premise of the study: Continuous within‐plant variation in quantitative traits of reiterated,
homologous structures is a component of intraspecific variation, but its contribution to …

Premise Flowering time may influence pollination success and seed set through a variety of
mechanisms, including seasonal changes in total pollinator visitation or the composition and …

Global warming will jeopardize the persistence and genetic diversity of many species.
Assisted colonization, or the movement of species beyond their current range boundary, is a …

Epigenetic mosaicism is a possible source of within‐plant phenotypic heterogeneity, yet its
frequency and developmental origin remain unexplored. This study examines whether …

Abstract Background and Aims Sub-individual variation in traits of homologous structures
has multiple ecological consequences for individuals and populations. Assessing the …

The persistence of narrowly adapted species under climate change will depend on their
ability to migrate apace with their historical climatic envelope or to adapt in place to maintain …