of Best Management Practices to reduce Phosphorous loadings into Lake Erie
Assessing the most environmental and cost-effective programs of BMPs, considering both public programming costs and private farm-level costs.
The study reveals multiple hotspots for biophysical and social risk categories across the Great Lakes watershed.
Dive deep into the significant complexities surrounding efforts to build resilience in the Red River Basin under climate change.
Learn more about a new framework that provides promising opportunities for predicting rates of mixing from remotely sensed images and enhanced capabilities to analyze mixing based on geographical information systems.
Explore the potential, limits and pathways for water markets to contribute to more sustainable and inclusive water management.
Reviews peatland management pathways and their vast potential for greenhouse gas emission reductions.
Takes a closer look at extensive subglacial hydrological systems in the Antarctic, a region critical for future sea level rise.
Explores the impact of the COVID-19 pandemic on basic human needs such as WASH services in Kisumu, Kenya.
Swamps, which are characterized by woody vegetation cover, represent large areas of North America’s wetlands, and are comparatively understudied and largely missing from greenhouse gas (GHG) inventories. A better understanding of swamp carbon stocks and fluxes, and how they vary from other wetland types, is required to support improved wetland mapping and climate and earth system modelling efforts.This study shows the importance of swamps for wetland carbon storage and important carbon cycling differences among swamp types. It demonstrates that regardless of organic versus mineral swamp definitions, all swamp types are important in terms of carbon accumulation and fluxes.
The first Canadian study to assess whether socially vulnerable groups bear a disproportionate burden of fluvial, pluvial and coastal flood risk.
