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Not because the place is getting any colder. Perhaps because of a warmer ocean surrounding the place.
A warmer ocean is causing more ice?
For crying out loud, you are ridiculous. Everything you say, it's nothing but dogma. Dogma everywhere. Your mind is poisoned. A deadly psionic venom has infected you and is attacking your ability to detect your own existence.
A warmer ocean is causing more ice?
For crying out loud, you are ridiculous. Everything you say, it's nothing but dogma. Dogma everywhere. Your mind is poisoned. A deadly psionic venom has infected you and is attacking your ability to detect your own existence.
Why don't you actually put that Gifted head to use and look up the current science on the matter. Then you can come back and graciously admit your mistake. Like a real grownup.
And why do you think it's doing that?
Not because the place is getting any colder. Perhaps because of a warmer ocean surrounding the place.
Warmer ocean = more evaporation into a warm atmosphere that has a higher vapor pressure = more unstable as the parcel of air wants to raise = condensing into more clouds = more snowfall into atmosphere still below freezing.
And why do you think it's doing that?
Not because the place is getting any colder. Perhaps because of a warmer ocean surrounding the place.
And why do you think it's doing that?
Not because the place is getting any colder. Perhaps because of a warmer ocean surrounding the place.
So, here is the current temp. During summer you might note.... So tell us, how is what you say possible? Show us your math.
24 Hour Summary
Time
EST (UTC) Temperature
F (C) Dew Point
F (C) Pressure
Inches (hPa) Wind
MPH Weather
Latest 11 PM (4) Jan 17 -20 (-29) 28.97 (981) ESE 14
10 PM (3) Jan 17 -20 (-29) 28.99 (981) SE 12
9 PM (2) Jan 17 -20 (-29) 29.01 (982) SSE 12
8 PM (1) Jan 17 -20 (-29) 29.02 (982) SSE 12
7 PM (0) Jan 17 -20 (-29) 29.03 (983) SSE 10
6 PM (23) Jan 17 -20 (-29) 29.04 (983) SE 12
5 PM (22) Jan 17 -20 (-29) 29.05 (983) SSE 12
4 PM (21) Jan 17 -20 (-29) 29.05 (983) SSE 12
3 PM (20) Jan 17 -20 (-29) 29.06 (984) SE 9
2 PM (19) Jan 17 -18 (-28) 29.07 (984) SE 10
1 PM (18) Jan 17 -20 (-29) 29.07 (984) SE 10 ice crystals
Noon (17) Jan 17 -18 (-28) 29.07 (984) SE 9 ice crystals
11 AM (16) Jan 17 -16 (-27) 29.08 (984) E 6 ice crystals
10 AM (15) Jan 17 -16 (-27) 29.08 (984) ESE 7 ice crystals
9 AM (14) Jan 17 -16 (-27) 29.09 (985) SE 9
8 AM (13) No Data
7 AM (12) Jan 17 -11 (-24) 29.09 (985) Calm light snow grains; mist
6 AM (11) No Data
5 AM (10) No Data
4 AM (9) No Data
3 AM (8) No Data
2 AM (7) No Data
1 AM (6) Jan 17 -13 (-25) 29.11 (985) NW 9
Oldest Midnight (5) No Data
Time
EST (UTC) Temperature
F(C) Dew Point
F(C) Pressure
Inches(hPa) Wind
(MPH) Weather
http://weather.noaa.gov/weather/current/NZSP.html
Northern Sea Ice Analomy
http://arctic.atmos.uiuc.edu/cryosphere/IMAGES/seaice.anomaly.arctic.png
Southern Sea Ice Analomy
http://arctic.atmos.uiuc.edu/cryosphere/IMAGES/seaice.anomaly.antarctic.png
In context, the sea ice around Anarctica is increasing at a much slower rate than the sea ice in the Arctic is decreasing. And the sea ice in around Antarctica will probably start decreasing within a decade.
Northern Sea Ice Analomy
http://arctic.atmos.uiuc.edu/cryosphere/IMAGES/seaice.anomaly.arctic.png
Southern Sea Ice Analomy
http://arctic.atmos.uiuc.edu/cryosphere/IMAGES/seaice.anomaly.antarctic.png
In context, the sea ice around Anarctica is increasing at a much slower rate than the sea ice in the Arctic is decreasing. And the sea ice in around Antarctica will probably start decreasing within a decade.
Why? Because you say so?
Not because the place is getting any colder. Perhaps because of a warmer ocean surrounding the place.
No "perhaps" about it!
Just take a bowl full of ice cubes and pour in a gallon of hot water and watch how quickly the amount of ice increases.
It ALWAYS behaves that way on your planet....just not here on Earth.
Not because the place is getting any colder. Perhaps because of a warmer ocean surrounding the place.
No "perhaps" about it!
Just take a bowl full of ice cubes and pour in a gallon of hot water and watch how quickly the amount of ice increases.
It ALWAYS behaves that way on your planet....just not here on Earth.
???
Wow! BRB.