Global distribution and climate forcing of marine organic aerosol: 1. Model improvements and evaluation

Here we investigated the relationship between forcing and climate response for fires using a global Earth system model that included direct and semi-direct aerosol e ff ects.. In

changes in wind speed over the ocean on aerosols characteristics using collocated measurements of aerosol number size distribution, mass concentration, and spectral aerosol

Base two-product model that is equivalent to the SOA model used in CMAQ and representative of SOA models used in most chemical transport (Carlton et al., 2010) and global climate

The climate sensitivity and global mean annual surface air temperature warming of each of the models with simulations in the PlioMIP Experiment 2 ensemble.. Climate sensitivity is

Based on predicted climate change scenarios, we tested the e ff ect of temperature and organic pollution on nutrient release from coastal sediments to the water column in a

In middle northern subtropical oceans, the relative changes of LWP in ECHAM6-HAM2, HadGEM3-UKCA and the two CAM5 models with CLUBB (CAM5-CLUBB and CAM5-CLUBB- MG2) are much

to solve underestimation of the simulated dust deposition over the Antarctic through, for example, detailed sensitivity experiments for analyzing what important factors are to

Overall, the models calculate very similar total OA load seasonality, which peaks during the Northern Hemisphere summer season, when both primary (biomass burning) and