Francesco Pomati

This study shows beaver-engineering increases biodiversity in streams across different land-use intensities, benefiting aquatic and semi-aquatic species.

The paper investigates zooplankton grazing behavior on toxic and non-toxic cyanobacteria in a eutrophic lake, finding non-selective feeding and limited fitness costs under varying temperatures.

This paper infers intrinsic population growth rates and per capita interactions from ecological time-series using weighted multivariate regression, revealing trade-offs and facilitation in algal communities.

The paper forecasts biodiversity changes in a lake plankton community using abiotic and biotic predictors, showing that temperature and biotic interactions are key for accurate long-term predictions.

This study provides a high-frequency dataset from Lake Greifen, integrating physical, chemical, and biological parameters to study lake dynamics and plankton ecology.

The paper shows biotic interactions significantly alter the realised niche of toxic cyanobacteria, affecting temperature and phosphorus thresholds for bloom formation.

The paper uses Random Forest models on four years of lake data to show temperature and microzooplankton grazing significantly influence phytoplankton size class dynamics.

The paper evaluates the laboratory application of the Aquascope for automated plankton imaging and classification, highlighting its advantages and limitations compared to traditional methods.

The paper measures single-cell trait diversity in lake microbial communities and finds it correlates with ecosystem functioning, while genetic diversity does not.

The paper experiments with two phytoplankton species under light gradients, showing resource limitation leads to even spacing of phenotypes in trait space.

This study examines how PFOS affects proliferation and differentiation of NCCIT cells, showing reduced proliferation and ectodermal differentiation markers.