2. Personal affiliation to cloud information
Please, choose one option: ( yes end-user / no end-user )
You are a real
"end-user" of cloud information being an operational forecaster, NWP modeller
or climate researcher (filling in of this questionnaire should be as much
as possible representative for your personal work situation)
(Please, choose one option (to help a clear interpretation
of the information, provided by you, the further filling in of this questionnaire
should be mostly representative for the field of application, you have
selected):
Operational
weather forecasting
NWP modelling
Climate research
You are not
an "end-user" of cloud information being a satellite data researcher, policy-maker,
etc. (filling in of this questionnaire should be as much as possible representative
for the meteorology/climate research community in general)
3. Evaluation of CLOUDMAP WWW pages?
(Please, please pick your choice. Elaboration of choice or suggestions
for improvement is/are appreciated.)
General impression of site?
nice reasonablepoor
Remarks
Lay-out of site?
nice reasonablepoor
Remarks
Navigation in site?
nice reasonablepoor
Remarks
Comprehensibility of content?
nice reasonablepoor
Remarks
How does the site communicate the CLOUDMAP project (objectives, context,
partners, R&D work, etc.) to the user?
clear reasonablepoor
Remarks
How does the site communicate the CLOUDMAP results?
clearreasonablepoor
Remarks
How does the site communicate the added value of the CLOUDMAP products?
clear reasonablepoor
Remarks
What kind of information is missing in the Web page?
4. Evaluation of cloudmap products.
Do you foresee a direct link between the CLOUDMAP products and your
present work?yes no
Which CLOUDMAP products would be directly applicable in your field
of work?:
ATSR stereo cloud
top heights
ATSR (multiple)
cloud layer identification
MOS cloud top heights
MOS cloud top pressure
MOS cloud geometrical
thickness
MOS cloud droplet
concentration
AVHRR/ATSR contrail
detection/mapping/climatology
Which CLOUDMAP product would add (relevant) information content to
your application field? (Please, describe shortly how you would use this
added information; with what purpose?)
ATSR stereo cloud
top heights
How?
ATSR (multiple)
cloud layer identification
How?
MOS cloud top heights
How?
MOS cloud top pressure
How?
MOS cloud geometrical
thickness
How?
MOS cloud droplet
concentration
How?
AVHRR/ATSR contrail
detection/mapping/climatology
How?
Which additional requirements would you have for the presented CLOUDMAP
products before you could use them for your application?
Increase in area coverage
Higher temporal resolution
Higher vertical resolution
Better validated accuracy
Other:
If these requirements are fulfilled, can you foresee that any of
the CLOUDMAP products could replace present data sources in the future?
If yes, please indicate which data sources.
ATSR stereo cloud
top heights
Which data source?
ATSR (multiple)
cloud layer identification
Which data source?
MOS cloud top heights
Which data source?
MOS cloud top pressure
Which data source?
MOS cloud geometrical
thickness
Which data source?
MOS cloud droplet
concentration
Which data source?
AVHRR/ATSR contrail
detection/mapping/climatology
Which data source?
5. Quintessence and success of CLOUDMAP
The justification of the CLOUDMAP project is the need for more accurate
and independent cloud information.
Are you convinced that CLOUDMAP has contributed to a prospect to
obtain more accurate cloud information from EO satellites?
yes
no
To obtain quantitative cloud information using the current meteorological
satellites additional data sources (NWP, synops, etc.) are necessary in
many cases (eg cloud top heights). Is it important/helpful for your application
field to obtain accurate cloud information from satellite data without
the need for additional data?
yes
no
What is your view on the future potential of CLOUDMAP techniques/products?
No potential
Possible potential
for:
Direct application
as operational data source of cloud information (eg by implementation on
future meteorological satellites)
Validation of operational
data sources (both space and ground based)
Parameterisation
of models (NWP, GCM)
Thank you very much for your effort!