Tag: Environmental Engineering
Turbulence penetration helps distinguish canopy density regimes
What the study found Canopy density was not fully captured by frontal density, a common measure of canopy density, for some canopy topologies. The authors found that turbulence penetration into canopies can be used to distinguish sparse, intermediate, and dense regimes. Why the authors say this matters The study suggests that measuring turbulence penetration directly…
FuXi-Air forecasts air pollutants faster than operational models
FuXi-Air combines meteorological, emission, and observational data for high-precision air quality forecasting at scale, generating 72-hour predictions across multiple sites in seconds.
River stage dynamics drive dissolved oxygen in riparian aquifers
Global sensitivity analysis with deep learning identifies river stage dynamics as primary control on dissolved oxygen in riparian aquifers, with implications for subsurface redox prediction.
Dataset covers sewer flow, pollution, and rain observations from 2008 to 2011
Four years of continuous sewer hydraulic and water quality data from Austria with precipitation records and hydrodynamic model for combined sewer system analysis and pollutant transport research
