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My opinion (although not professional, as I do not work with satellite imagery in my profession) as someone that has been working with computers doing everything from assembly programming to playing games, is that this is the result of lack of data from a polar satellite, the geostationary satellites do not show the poles, and without a polar (preferably more than one) satellite it's not possible to "see" the poles.
+++ about "missing data"
weather.org...
www.intellicast.com...
note in these two links how the edge of the missing map is CURVE, its because that is how satellite trajectories "project" on the earth, that is how "field of view" of satellite looks like when it travels around the earth
And the site I have posted some five times before never showed any "hole", and I think we should keep looking on the satellite pages, not on the pages of services that gather their data from undisclosed satellites, we may look at ten of those services and see the same thing because all ten use the same satellite that has a problem.
Originally posted by abaraba
>>"Wha'ts your point? "
MY ONLY POINT: whatever this is - IT IS NOT EXPLAINED
[edit on 24-10-2008 by abaraba]
No, not completely.
Originally posted by abaraba
but i think you will agree with me on this:
+++ about "missing data"
weather.org...
www.intellicast.com...
note in these two links how the edge of the missing map is CURVE, its because that is how satellite trajectories "project" on the earth, that is how "field of view" of satellite looks like when it travels around the earth
do you agree?
Here you have it, from a fellow programmer who always like meteorology, this is the site for a near polar satellite, and if you change the time and date you can see what the satellite was "seeing" at that time, including the south pole, without any strange shapes on the clouds.
so, please share with us your sources of info, whatever you can find, im just discovering these things now myself, im a programmer i am not weather expert, give us all your links please
What "V" cloud, the one you posted on a very small image?
Originally posted by abaraba
IF ANYTHING,
ANSWER THIS 1st PLEASE: Can you explain V cloud?
Apparently, they are not answering questions about this.
it could be more effective if we were talking about how to contact the people at Google,
Why NASA, does Google use NASA satellites for their cloud cover images?
how to contact people at South Pole, how to avoid all the arguments and assumptions and get straight answer from people that are RESPONSIBLE to give answer, say Google or NASA - do you agree? how to do that?
I do not know if I can explain it, but I think that the lack of data from one satellite (a polar satellite) may be responsible for that, while they don't get another source they cannot show the images.
do you agree that is how it is supposed to be and therefore NOTHING is explained, so all the same - THIS NEEDS TO BE EXPLAINED, arguing details does not really explain general oddity of this, even if you were right i want explanation why this never happened before, and now they can not "fix it" for more than a month and yet they do not say anything - can you explain that?
What satellites? The problem is that we talk about satellites without knowing which satellites Google uses for the cloud cover layer. Suppose they use a satellite that shows the US and Canada, another satellite that shows south America, another satellite that shows Europe, another that shows most of Asia and another for Australia. If they only use these the coverage will be incomplete because the geostationary satellites do not show a large area, something like this.
- fantastic!
do you realize how that makes it worse? do you see how that makes it even more impossible for some "data loss" to "form" in the middle of the map for all those shapes that do manifests closer to equator and are therefore fully in the "field of view of those satellite - do you agree?
What do you call "non equator satellites"? The only satellites, as far as I know, used for meteorologic purposes are geostationary or polar (or near polar), the polar satellites cover all the Earth, but they do not have the advantage of showing an area whenever we want, while geostationary satellites can take a photo every half hour, for example, a polar satellite has to do several orbits to pass again over the same area.
these non equator satellites do "wobble around" and it is those satellites we want to trust the most when talking about poles, because they can see poles better - do you agree?
That image shows what was covered by that polar satellite, the following image, for example, shows what was covered during the last two (I think) orbits around the Earth.
to use your meteorology web-site, here is what i was talking about:
oiswww.eumetsat.org...
That satellite shows almost the poles, it's a near polar satellite.
- thanks, but i don't understand?
that website has THE SAME satellite images that other websites i provided have, those satellites DO NOT have a good view of the poles, but sure we will be looking there too.. if you look up through your window and you don't see UFO, that does not mean they do not exist, right?
Expert in what?
but until then,
im afraid that im the expert on the subject, so probabilistically im ought to be the closest to truth ..and the apparent inability to show my arguments even doubtful might be a sign that, in fact, i solved the "mystery" of what it is, so its only the matter of figuring out - what caused it?
What "V" cloud, the one you posted on a very small image?