In the benthos: Bottom-up biodiversity in the Great Lakes

Freshwater ecosystems face an emergency requiring immediate action to bend the curve of biodiversity loss through six priority recovery actions.

Microscopic organisms drive critical ecosystem functions in lakes, yet their biodiversity remains largely invisible and understudied in the face of climate change.

A new accessible database documents native aquatic species in the Great Lakes, supporting researchers, managers, and citizen scientists with identification guides and distribution data.

A study of the Omo-Turkana Basin reveals 79 native fish species but highlights threats from hydrological modifications, illegal fishing, and cross-border conflicts affecting local livelihoods.

Kerry Caslow manages long-term water quality monitoring at Old Woman Creek, contributing to a dataset spanning over 40 years to understand nutrient processing in Lake Erie's estuary.

Jacob Cianci-Gaskill works as an application development manager, helping scientists worldwide utilize water quality sensors and technologies for field deployments and data analysis.

Shayenna Nolan uses eDNA metabarcoding to study microbial communities and carbon dynamics in headwater streams, blending fieldwork with science communication and Anishinaabe principles.

Tongyao Pu models the stratification and redox chemistry of meromictic lakes, using hydrodynamic simulations to understand how physical conditions drive chemical changes in freshwater systems.