Plants have evolved to time their leafing, flowering and fruiting in appropriate seasons for
growth, reproduction and resting. As a consequence of their adaptation to geographically …

The high diversity of plant species in the tropics has revealed complex phenological patterns
and reproductive strategies occurring throughout the year. Describing and analysing tropical …

Flowering and fruiting phenology have been infrequently studied in the ever‐wet
hyperdiverse lowland forests of northwestern equatorial Amazonía. These Neotropical …

Aim The phylogenetic constraint hypothesis of flowering phenology states that closely
related species flower at similar times of the year. We test this hypothesis for the C hinese …

Climatic factors are considered the major driving forces for variation of flowering phenology
among species. Yet, whether flowering phenology of woody species varies with functional …

Flower and seed production of plants can be greatly influenced by both natural climatic
oscillations and local weather extremes. However, owing to the rarity of long‐term …

The pollen present in honey in colonies of Melipona seminigra merrillae and Melipona i
nterrupta bred in Manaus was analysed. Between August and October 2012, honey samples …

The growth of the Meliponiculture in floodplains in Central Amazon has aroused interest in
the knowledge of trophic resources obtained by stingless bees. In this study, the pollen …

Understanding plant reproduction from an eco-phylogenetic perspective is essential
because it allows us to predict how phenology could change in response to climatic …

The study of insect–plant interactions such as flower visitors, pollinators, and florivores, are
important for understanding the natural world. However, not all flower-visiting insects are …