A new method for handling satellite aerosol observations boosts simulation accuracy, with potential benefits for weather and climate forecasting.
Scientists present a probabilistic framework for exploiting airborne geophysical data for groundwater model parameterization and apply it to the Scott River aquifer system in Northern California.
Once smoke is generated, chemical reactions reshape its gaseous and particulate constituents, altering what travels downwind and what people, ecosystems, and the climate are exposed to.

