James M. Bullock

This paper systematically maps monitoring and evaluation practices in rewilding case studies, identifying challenges in data standardization and collaboration to improve evidence-based rewilding.

This study assesses how biodiversity enhances agroecosystem function using a global dataset, finding that biodiversity enhancement generally improves or maintains multiple agroecosystem functions.

This paper shows that effective biodiversity offsetting requires compensating for habitat loss with larger areas and longer conservation periods to align with ecological timescales of habitat development and species recovery.

This study investigates how spatial configuration and food web complexity affect ecological recovery in restoration efforts, finding that food web complexity negatively impacts lower trophic levels but may be mitigated at higher complexity.

This paper develops a high-resolution model to quantify landscape sponginess, estimating water retention potential at the parcel level for land management decisions.

This study evaluates how sensitivities in associating land-system archetypes with sustainability metrics affect decision support systems using simulated datasets.

The paper develops and validates a sediment retention model for Great Britain using the InVEST platform, finding that NDVI-based cover management factors improve model performance.