Bat pollination is one of the most recent pollination systems to have been discovered. While
recent studies have provided novel insight into bat-flower interactions, there are gaps in …

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 …

Plant‐pollinator interactions are fundamental to ecosystem functioning; however, the role
that succession and phenology have on these interactions is poorly understood, particularly …

The propagation in nurseries of native plant species potentially useful for agroforestry,
silvopastoral and restoration programs is hindered by an inadequate supply of high quality …

Pollinators can be a limited resource and natural selection should favour differences in
phenotypic characteristics to reduce competition among plants. Bats are important …

Global warming is having an unprecedented impact on plant phenology and vitality
worldwide, potentially leading to significant changes in the food web, carbon, water cycling …

In tropical dry forests, a high interspecific variation in the strategies of fruiting phenology has
been documented. Therefore, phenological responses may be mediated by influence of …

Edible fruit plants of tropical forests are important for the subsistence of traditional
communities. Understanding the most important pollinators related to fruit and seed …

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 …

The timing of flowering is central to plant life‐history as it initiates sexual reproduction, thus
controlling plant interaction with pollinators and climate factors. A fundamental question is …