It is estimated that around half of all species of flowering plants show self‐incompatibility
(SI). However, the great majority of species alleged to have SI simply comply with 'the …

Abstract Development models are used to quantify the dynamics and rate of initial
development, the seedling phase duration, and global warming impacts on forest species …

Touch-sensitive movement in stigmas of angiosperm flowers is a phenomenon observable
in a timescale of seconds or minutes. Despite its early documentation in a small fraction of …

The net consequence of nectar robbing on reproductive success of plants is usually
negative and the positive effect is rarely produced. We evaluated the influence of nectar …

Understanding the phenological stages and thermal requirements of the seedling phase of
forest species is crucial for sustainable nursery management. This study proposed an …

Premise Pollinator sharing of co‐flowering plants may result in interspecific pollen receipt
with a fitness cost. However, the underlying factors that determine the effects of …

The floral traits in Bignoniaceae are claimed as precise determiners of specialized
pollination systems. Here, we investigated how such floral traits ensure a highly specialized …

Accurate data on development responses to air temperature are essential to feed
development and productivity models through which it is possible to analyze the global …

Background Plants may adapt to alpine habitats by specialization in the reproductive
strategy and functional aspects of their flowers and pollination systems. Alpine habitats …

The tropical Bignoniaceae is mostly late-acting self-incompatible (LSI) and depends on a
guild of medium to large sized bees for their pollination. Adenocalymma nodosum and A …