Peter Manning

This paper introduces a framework for upscaling ecosystem services that incorporates spatial interactions, improving model predictions and reducing error in ES supply mapping.

The paper predicts trade-offs among nature's contributions to people based on land-use patterns and species movement, finding that mixed forest-grassland areas maximize beneficial contributions and minimize detrimental ones.

The paper examines how community-level plant functional strategies influence carbon storage across an elevational gradient, finding two key strategies linked to carbon stocks.

This study shows that older, broad-leaved forests in Germany support both high biodiversity and carbon storage, suggesting sustainable management strategies for Central Europe.