International audienceWe revisit a model of feedback processes proposed by Lindzen et al. (2001), in which an assumed 22% reduction in the area of tropical high clouds per degree of sea surface temperature increase produces negative feedbacks associated with upper tropospheric water vapor and cloud radiative effects. We argue that the water vapor feedback is overestimated in Lindzen et al. (2001) by at least 60%, and that the high cloud feedback should be small. Although not mentioned by Lindzen et al, tropical low clouds make a significant contribution to their negative feedback, which is also overestimated. Using more realistic parameters in the model of Lindzen et al., we obtain a feedback factor in the range of ?0.15 to ?0.51, compared ...
The equatorial Pacific is a region with strong negative feedbacks. Yet coupled GCMs have exhibited a...
Equilibrium climate sensitivity to a doubling of CO2 falls between 2.0 and 4.6 K in current climate ...
Increases in cloud optical depth and liquid water path (LWP) are robust features of global warming m...
International audienceWe revisit a model of feedback processes proposed by Lindzen et al. (2001), in...
International audienceIn assessing the iris effect suggested by Lindzen et al. (2001), Fu et al. (20...
International audienceIn assessing the iris effect suggested by Lindzen et al. (2001), Fu et al. (20...
Just as the iris of human eye controls the light influx (iris effect), tropical anvil cirrus clouds ...
The increase in atmospheric concentrations of water vapor with global warming is a large positive fe...
It is widely believed that thin cirrus clouds act to enhance the greenhouse effect owing to a partic...
Chou et al (2002) have criticized our results on the change in net TOA radiative fluxes that would b...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Earth, Atmospheric, and Planetary S...
The variations of tropical upper tropospheric (UT) clouds with sea surface temperature (SST) are ana...
In assessing the iris effect suggested by Lindzen et al. (2001), Fu et al. (2001) found that the res...
The variations of tropical upper tropospheric (UT) clouds with sea surface temperature (SST) are ana...
International audienceWe present a modelling study of the effect of cirrus clouds on the moisture bu...
The equatorial Pacific is a region with strong negative feedbacks. Yet coupled GCMs have exhibited a...
Equilibrium climate sensitivity to a doubling of CO2 falls between 2.0 and 4.6 K in current climate ...
Increases in cloud optical depth and liquid water path (LWP) are robust features of global warming m...
International audienceWe revisit a model of feedback processes proposed by Lindzen et al. (2001), in...
International audienceIn assessing the iris effect suggested by Lindzen et al. (2001), Fu et al. (20...
International audienceIn assessing the iris effect suggested by Lindzen et al. (2001), Fu et al. (20...
Just as the iris of human eye controls the light influx (iris effect), tropical anvil cirrus clouds ...
The increase in atmospheric concentrations of water vapor with global warming is a large positive fe...
It is widely believed that thin cirrus clouds act to enhance the greenhouse effect owing to a partic...
Chou et al (2002) have criticized our results on the change in net TOA radiative fluxes that would b...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Earth, Atmospheric, and Planetary S...
The variations of tropical upper tropospheric (UT) clouds with sea surface temperature (SST) are ana...
In assessing the iris effect suggested by Lindzen et al. (2001), Fu et al. (2001) found that the res...
The variations of tropical upper tropospheric (UT) clouds with sea surface temperature (SST) are ana...
International audienceWe present a modelling study of the effect of cirrus clouds on the moisture bu...
The equatorial Pacific is a region with strong negative feedbacks. Yet coupled GCMs have exhibited a...
Equilibrium climate sensitivity to a doubling of CO2 falls between 2.0 and 4.6 K in current climate ...
Increases in cloud optical depth and liquid water path (LWP) are robust features of global warming m...