Paul J. CaraDonna

This paper provides a methodological roadmap for efficiently sampling floral nectar traits across many plant species to better understand plant-pollinator interactions.

The paper examines how pollination affects plant population growth by analyzing demographic trade-offs across four species, finding that seed production and survival responses vary, with only one species showing a net decline in population growth with reduced pollination.

This study examines how altered pollination rates affect life history strategies in four perennial plant species, finding consistent shifts in generation time, longevity, and recovery time.

This study conducts a meta-analysis to assess how phenological variation and shifts affect demographic vital rates across taxa, finding benefits from earlier events but no clear demographic consequences from directional shifts.

The paper shows climate, not latitude, drives plant-pollinator specialisation globally, with specialisation peaking at northern mid-latitudes and declining in warmer, more seasonal climates.