F. M. Schurr

The paper compares pollen loads of nocturnal and diurnal pollinators in European ruderal meadows, finding nocturnal pollinators carry similar or higher proportions of conspecific pollen.

The paper introduces a Trait-Resource-Life-History framework to model how functional traits influence resource budgets and life-history traits in long-lived plants, revealing trait-mediated trade-offs and resource allocation patterns.

The paper uses a field experiment and trait-based analysis to show how functional traits influence plant survival, growth, and interactions in a diverse Protea community.

The paper quantifies global trait variation in trees, identifying two independent processes and seven key traits that capture most variation in tree form and function.

This study quantifies ecological niches of 26 plant species using demographic data and finds that life history traits influence niche width and mismatches with geographic distributions.

This study quantifies geometric fragmentation effects on species persistence using spatial simulations, finding positive effects for aggregated species distributions and weakly negative for regular distributions.