Rainfall History Critical for Predicting Mountain Air Pollution
New research, spearheaded by University of Michigan Engineering scientists in collaboration with the Appalachian Mountain Club and Plymouth State University, has revealed that rainfall history is as vital as air origin in predicting air pollution. These findings offer meteorologists a crucial physical benchmark to enhance simulations for forecasting pollution changes in complex terrain. The study also details how air pollution deposits in sensitive mountain environments, leading to downstream effects on waterways.
Researchers from the University of Michigan Engineering, in partnership with scientists from the Appalachian Mountain Club and Plymouth State University, have discovered that rainfall history is a critical factor in predicting air pollution. This factor is considered as important as knowing where the air originated.
The findings provide meteorologists with a physical benchmark. This benchmark is intended to improve simulations used to forecast changes in pollution levels, particularly over complex terrain like mountains.
Additionally, the study demonstrates how air pollution can be deposited into sensitive mountain environments. This deposition has downstream consequences for waterways that are fed by these mountainous regions.
(Source: Phys.org)
