The ocean here dont move or change....or.....the waves may come and go. Waves will make the ocean looks higher og lower. But that dont explain the movement of the land, if not the waves changes the density of the air right above the water, which again varies the refraction.
Yes, it is refraction causing the obstruction, this is a video I made from a years worth of observations over the same body of water. ruclips.net/video/2FKn80mFaUs/видео.html
@@ronhagberg I'm experiencing the exact same phenomenon at this very minute. Looking out of 11th floor apartment window, I can usually see the airport control tower about 9 miles away. Today it's snowing so hard that I can't even see the grocery store less than 600 feet away.
I don't know the camera height in this video, it is from this site, maybe it says somewhere. www.skunkbayweather.com/ I have done my own observations and got the same effects. This is a year's worth of observations over the same body of water in different conditions. ruclips.net/video/2FKn80mFaUs/видео.html
Beautiful. Look at that peninsula disappear. Any idea what that massive mountain in the background is , and it’s distance? I’m guessing that would be impossible to see on a 🌎.
not sure about the mountains, this video is from skunk bay weather dot com, it is in Washington state, I have never been there. But this did inspire me to do my own observations showing the same effects, when the conditions are right, you can see things that would be impossible to see on a globe. ruclips.net/video/2FKn80mFaUs/видео.html
The atmospheric effects absolutely do hide things, I clearly show this happening in this video. This is one year's worth of observations over the same body of water looking at the same objects. ruclips.net/video/2FKn80mFaUs/видео.html
So interesting!! And when the sky quickly went from bluish haze to bright orange was stunning!
The ocean here dont move or change....or.....the waves may come and go. Waves will make the ocean looks higher og lower. But that dont explain the movement of the land, if not the waves changes the density of the air right above the water, which again varies the refraction.
Yes, it is refraction causing the obstruction, this is a video I made from a years worth of observations over the same body of water. ruclips.net/video/2FKn80mFaUs/видео.html
Hi.
Do you know what the hills are in the background?
Not sure.
What are we supposed to be looking at here?
How changing weather conditions can hide objects in the distance.
@@ronhagberg that's what I thought was going on
@@ronhagberg I'm experiencing the exact same phenomenon at this very minute. Looking out of 11th floor apartment window, I can usually see the airport control tower about 9 miles away. Today it's snowing so hard that I can't even see the grocery store less than 600 feet away.
Atmospheric refraction
Is it possible that the water moves up and down due to tides ?
It's fluctuating constantly at some points, so that seems unlikely.
Thanking you for your work, what would the height of the camera be?
I don't know the camera height in this video, it is from this site, maybe it says somewhere. www.skunkbayweather.com/
I have done my own observations and got the same effects. This is a year's worth of observations over the same body of water in different conditions. ruclips.net/video/2FKn80mFaUs/видео.html
@@ronhagberg GBY Ron! Great catch and completely disproves the "over the curve" claim!
Beautiful. Look at that peninsula disappear. Any idea what that massive mountain in the background is , and it’s distance? I’m guessing that would be impossible to see on a 🌎.
not sure about the mountains, this video is from skunk bay weather dot com, it is in Washington state, I have never been there. But this did inspire me to do my own observations showing the same effects, when the conditions are right, you can see things that would be impossible to see on a globe. ruclips.net/video/2FKn80mFaUs/видео.html
"Guessing"
Sorry there is nothing hiding. All I see is air squeezing the light.
The atmospheric effects absolutely do hide things, I clearly show this happening in this video. This is one year's worth of observations over the same body of water looking at the same objects. ruclips.net/video/2FKn80mFaUs/видео.html