A universal scaling method for biodiversity-ecosystem functioning relationships
K. E. Barry, G. A. Pinter, J. W. Strini, K. Yang, I. G. Lauko, S. A. Schnitzer, J. Cowles, A. S. Mori, L. Williams, P. B. Reich, A. J. Wright
The paper develops a method to upscale biodiversity-ecosystem functioning relationships using macroecological patterns, showing that species-area and biomass-area curves predict biodiversity-biomass relationships at larger scales.
bioRxiv · Jun 9, 2019 · PreprintEcology