Miguel Lurgi

This study shows that ocean depth influences host-microbiome relationships, revealing different eco-evolutionary patterns in deep and shallow waters.

This paper develops an eco-evolutionary theory explaining how host-specific microbiomes evolve through environmental fluctuations and vertical transmission, showing their heritability and specificity despite external influences.

The paper introduces SPARK-ID, a method to map dynamic DNA damage response interactomes, revealing modular networks coordinated by connector proteins.

This study uses model food webs to show that habitat restoration affects species recolonization based on dispersal ability, proximity to source patches, and landscape connectivity.

The paper presents a model to characterize microbiome assembly mechanisms using marine sponge and human microbiome data, showing that general mechanisms shape community structures across biological systems.

The paper develops an eco-evolutionary model to study community assembly mechanisms and identifies how interaction types influence biodiversity and community structure.

This study examines how social dominance affects sleep quality and quantity in wild chacma baboons, finding that dominant individuals experience more interrupted and less restful sleep.

This study integrates evolutionary adaptation into mutualistic ecosystem models to show that structural stability predicts biodiversity loss under environmental and evolutionary changes.

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.

The paper presents an ecological model showing mutualism supports biodiversity and complexity in community assembly through evolutionary processes and speciation.