|
|
Economic Impact (+justification) | |||||||
| Sector | Met needs (in term of information on space weather, forecast, nowcast, historical) | Present or near-term un-met needs | Effects trends | value of systems affected (note 1) |
value or amount
of manpower affected (note 2) |
value of system deployed to prevent or take action in response to space weather effects (note 3) | value or amount of manpower deployed to prevent or take action in response to space weather effects (note 4) | Potentential economic benefit provided by the deployment of a space weather service |
| S/C and Launchers development | ||||||||
| S/C and launchers operations | ||||||||
| Manned Space Flight | ||||||||
| Aircraft crew and avionics | ||||||||
| Defence | ||||||||
| Oil and Mineral industry | ||||||||
| Electrical power | ||||||||
| Insurance (S/C,...) | ||||||||
| Radio Communications | ||||||||
| Positioning | ||||||||
|
Education Sector, Public
interest, Scientific Tourism. |
||||||||
| Scientific community | ||||||||
| Remote sensing | ||||||||
Note 1: In any sector or part of a sector, when
problems occur, what is the "loss". For example:
a satellite,
a proportion of the commercial service provided (+frequency of occurrence)
part of a power system
etc.
Note 2: In any sector or part of a sector, when
problems occur, what manpower is mobilised to deal with the problem. For
example:
investigation team,
engineering team,
etc.
Note 3: In any sector or part of a sector, in general,
how much is "invested" to ensure the immunity from problems. For example:
testing of components;
deployment of redundancy;
monitoring equipment;
etc.
Note 4: In any sector or part of a sector, in general,
how manpower is expended to ensure the immunity from problems. For example:
additional strength in operations teams
monitoring and assessment teams
etc.
Last Updated on 23/11/00