• Aucun résultat trouvé

A Tropical "NAT-like" belt observed from space.

N/A
N/A
Protected

Academic year: 2021

Partager "A Tropical "NAT-like" belt observed from space."

Copied!
18
0
0

Texte intégral

Loading

Figure

Figure  1:  Number  of  cloud  points  per  profile  <N cpts >  with  mid-layer  temperature  colder  than  200  K  averaged  in  2.5°x2.5°  cells  for  the  (a)  January-to-March  (JFM)  (b)   July-to-September  (JAS)  2007 and 2008  periods
Figure  2:  Distributions  of  scattering  ratio  R 532   (ratio  between  ATB 532   and  molecular  backscatter,  shown  as  1-1/R 532  following Adriani  et  al
Figure  3:  Distributions  of  depolarization  δ  and  color  ratio  χ   for  TTL  cold  cloud  points  dominated by ice-based (top),  sulfate-based (middle) and NAT-like (bottom) particles
Figure  4  :  Percentage  of  cloud  points  identified  as  NAT-like  within  the  TTL  cold  clouds  shown  in  Fig

Références

Documents relatifs

~ber 5 willkiirlichen Punkten des R.~ gibt es eine Gruppe yon 32 (involutorischen) Transformationen, welche auch in jeder anderen iiber irgend 6 besonderen

In any 3-dimensional warped product space, the only possible embedded strictly convex surface with constant scalar curvature is the slice sphere provided that the embedded

Here we present a local discontinuous Galerkin method for computing the approximate solution to the kinetic model and to get high order approximations in time, space and

The inclusion of an elaborate microphysical model for PSC formation in the 2-D model, allows a good repre- sentation of the Antarctic climatology in the sense of polar

But at the intensive margin, participants' EDA rises in their own ODA only for those who face their own honesty rst ( 0.16 − 0.23 is not signicantly dierent from 0 in Model (5) of

These sensitivity simulations with the EMAC model are a strong indication that the observed seasonal variation is caused by increased vegetation uptake, balanced by a corresponding

How- ever, using ground-based lidar to document optically thin clouds extending above the tropopause is difficult for two reasons: (1) as the studies based on CALIPSO observations

Lifecycle management for movies is a continuous process: teasers are progressive- ly introduced on the commercial distribution market while the movie is being shot,