Abstract: ecently, Chen et al. used a combination of observations and WRF simulations to illustrate that the anthropogenic aerosol?cloud microphysics?radiation interactions over the southeast Pacific can potentially reduce the ...

Abstract: The WRF-simulated changes in clouds and climate due to the increased anthropogenic aerosols for the summers of 2002?08 (vs the 1970s) over eastern China were used to offline calculate the radiative forcings associated with ...

Abstract: tmosphere?ocean general circulation models tend to underestimate the solar radiative forcing by stratocumulus over the southeast Pacific, contributing to a warm sea surface temperature (SST) bias. The underestimation may ...

Abstract: AbstractClouds strongly modulate regional radiation balance and their evolution is profoundly influenced by circulations. This study uses 2001?16 satellite and reanalysis data together with regional model simulations to ...

Abstract: AbstractSignificant uncertainty in the traditional geological mapping of seabed stratigraphy exists due to the natural heterogeneity of marine sedimentary soils and the limited number of boreholes. In this study, the ...

Abstract: Abstract With an algorithm for equivalent shear strain and a loading–unloading criterion, the Davidenkov constitutive model is formulated in three-dimensional stress space. A method for effective stress analysis to capture ...

Abstract: Abstract Coral sandy soils are widely distributed and commonly utilized as materials for engineering foundations or construction, exhibiting a high potential for seismic hazards. In this study, complex cyclic loading tests ...