Aim Understanding fire effects on pollinators is critical in the context of fire regime changes
and the global pollination crisis. Through a systematic and quantitative review of the …

Abstract Background and Aims Fire may favour plant flowering by opening the vegetation
and increasing abiotic resource availability. Increased floral display size can attract more …

Ecological restoration is increasingly implemented to reverse habitat loss and concomitant
declines in biological diversity. Typically, restoration success is evaluated by measuring the …

Fire‐induced changes in the abundance and distribution of organisms, especially plants,
can alter resource landscapes for mobile consumers driving bottom‐up effects on their …

Variation in selfing rates within and among populations of hermaphroditic flowering plants
can strongly influence the evolution of reproductive strategies and the genetic structure of …

Assessing the relative contributions of different pollinator taxa to pollination services is a
central task in both basic eco‐evolutionary research and applied conservation and …

Insect mutualisms are essential for reproduction of many plants, protection of plants and
other insects, and provisioning of nutrients for insects. Disruption of these mutualisms by …

Spatial variation in species interactions (interaction β‐diversity) and its ecological drivers are
poorly understood, despite their relevance to community assembly, conservation and …

Many plants are extremely plastic in their vegetative and life-history traits, allowing them to
deal with a variety of environmental conditions during their lifetime. However, in our …

Fire is a major ecological and evolutionary factor promoting biodiversity and maintaining
functioning of naturally fire-prone ecosystems. In tropical savannas, plant communities show …