Intertropical Convergence Zone TOBIAS BISCHOFF AND TAPIO SCHNEIDER California Institute of Technology / /
IndustryTerm
position involving energy fluxes / cross-equatorial energy flux changes / ocean energy flux divergence / energy uptake / latent energy flux hy / weaker eddy energy fluxes / moist static energy flux hy / nonzero cross-equatorial atmospheric energy flux / net energy uptake / net energy deficit / poleward atmospheric energy fluxes / eddy energy fluxes / atmospheric energy budget / energy input / given cross-equatorial energy transport / mean meridional energy flux hyhi / cross-equatorial energy flux / antisymmetric ocean energy uptake/release / ocean energy uptake / meridional energy fluxes / ocean energy flux / static and latent energy fluxes / tropical energy / energy flux / hemispheric energy balance / atmospheric energy flux divergence / tropical energy input / tropical energy budget / oceanic and atmospheric energy fluxes / zonal-mean energy balance / cross-equatorial atmospheric energy flux hy hi0 decreases / cross-equatorial atmospheric energy flux / imposed ocean energy flux convergence / energy poleward / latent energy flux / latent energy fluxes / poleward energy flux / tropical net energy / cross-equatorial energy transport increases / atmospheric energy transport / cross-equatorial energy flux hyhi0 / moist static energy flux / negative energy / mean moist static energy flux hyhi / ocean energy uptake/release / crossequatorial energy flux / zonal-mean equatorial net energy input / energy / latent energy / inferred net energy input / net energy / tropical energy input changes / eddy energy flux hy / cross-equatorial atmospheric energy flux hyhi0 / Atmospheric eddy energy / stored energy / net atmospheric energy / latent energy flux changes / net radiative energy / energy balance / energy storage / energy transport / cross-equatorial atmospheric energy transport / extratropical dry static energy fluxes / kinetic energy / crossequatorial atmospheric energy flux / Atmospheric energy fluxes / increased net energy / atmospheric energy flux / extratropical latent energy fluxes / near-surface moist static energy gradient / asymmetric net energy / dry static energy flux hy / moist static energy fluxes / extratropical eddy energy fluxes / mean meridional energy flux / increased greenhouse gas concentrations / dry static energy / equatorial energy balance / dry static energy fluxes / equatorial net energy / moist static energy flux term / energy fluxes / cross-equatorial energy transport changes / asymmetric eddy energy fluxes / equatorial ocean energy uptake / equatorial net energy input increases / energy flux changes / atmospheric meridional energy flux / eddy energy flux / moist static energy / dry static energy flux / atmospheric energy balance / atmospheric greenhouse gas concentrations / cross-equatorial energy transport / extratropical eddy energy / energy budget perturbations / crossequatorial energy transport / atmospheric energy flux hyhid changes / net energy input / /
Organization
California Institute of Technology / American Meteorological Society / Division of Geological and Planetary Sciences / /
1 JULY[removed]BISCHOFF AND SCHNEIDER 4937