M. E. Brooks
Papers
4
Total Citations
327
H-Index
4
About
M. E. Brooks is a leading figure in aerosol prediction and atmospheric composition modeling, with a career dedicated to advancing global operational aerosol forecasting. As a key contributor to the International Cooperative for Aerosol Prediction (ICAP), Brooks has been instrumental in developing the multi-model ensemble (MME) approach that now integrates nine operational aerosol models worldwide. Their foundational 2015 study (132 citations) established the basic climatological characteristics of the ICAP-MME, demonstrating how combining diverse models produces more reliable aerosol forecasts than any single system. The landmark 2019 update (153 citations) documented the expansion from five to nine models, cementing the ensemble as a critical tool for air quality monitoring and climate research. Brooks also made significant contributions to dust forecasting, notably through the 2011 assessment of the Met Office dust model using GERBILS campaign observations (36 citations), which validated model performance against aircraft, ground-based, and satellite data. This work has direct implications for understanding mineral dust transport and its effects on weather and climate. Brooks’ research bridges the gap between operational forecasting and fundamental aerosol science, providing the atmospheric community with robust, consensus-based tools for predicting aerosol distributions globally.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3
- 4