Mountains of ice melt in the summer then the water refalls in the fall and winter as snow and freezing rain in truly apocalyptic amounts. Rebuilding the ice mountains to start the process over.
Given that the sun is up at roughly the same amount, and at the poles the sun remains consistently up or down according to the season, I think we can rightly assume these two photos are taken at least approximately at similar times of the year.
Also, are you trying to insinuate that 100+ foot tall glaciers are somehow “seasonal?” Because they aren’t.
Glaciers actually do retreat and advance seasonally or on even longer cycles. Some have terminuses that move back and forth literal miles. One of the key indicators of climate change is the fact that globally, glaciers are retreating more than they’re advancing on average.
I’m not your thread’s OP but I want to know the same question (what were the seasons) because no, I don’t know how fast glaciers reach that height either. Nothing about that implies denial of the validity, it’s a question to help quantify the change. Varying 10ft between seasons means this is a massive change regardless of season. Varying 100ft, not so much. No, I don’t beleive it’d actually be 100fr of change in 6 months, but I could see it being more than 10ft.
What time of year in each photo?
Are you suggesting that Antarctica typically thaws out in the summer?
Is this Antarctica or the Arctic? The title said the Arctic, but you said Antarctica and the mountains do remind me more of the south than the north.
I assumed it was northern Canada, Russia, Iceland, or one of the other land masses at the edge of the Arctic Ocean.
Svalbard, according to the photographer. It’s the second image in that gallery, there’s a little “info” button below the bottom right of the image
Actually that’s all.
What is this, an Arctic for Ants?!
Would you say it’s ant-antarctic?
Mountains of ice melt in the summer then the water refalls in the fall and winter as snow and freezing rain in truly apocalyptic amounts. Rebuilding the ice mountains to start the process over.
Can’t tell if a joke or if user doesn’t understand how glaciers work.
He doesn’t understand glaciers.
Glaciers are made from snow piling up over centuries.
Some of it melts each winter, but over time, the glacier should stay about the same.
If this glacier is melted, that means it’s been more melting than building back up for the last century. It’s a sign of global warming.
Joke
Given that the sun is up at roughly the same amount, and at the poles the sun remains consistently up or down according to the season, I think we can rightly assume these two photos are taken at least approximately at similar times of the year.
Also, are you trying to insinuate that 100+ foot tall glaciers are somehow “seasonal?” Because they aren’t.
Glaciers actually do retreat and advance seasonally or on even longer cycles. Some have terminuses that move back and forth literal miles. One of the key indicators of climate change is the fact that globally, glaciers are retreating more than they’re advancing on average.
Sure, but completely disappear in a season as if that’s “normal?” No.
Question. How fast do you think glaciers reach that height?
I’m not your thread’s OP but I want to know the same question (what were the seasons) because no, I don’t know how fast glaciers reach that height either. Nothing about that implies denial of the validity, it’s a question to help quantify the change. Varying 10ft between seasons means this is a massive change regardless of season. Varying 100ft, not so much. No, I don’t beleive it’d actually be 100fr of change in 6 months, but I could see it being more than 10ft.
Did you think my question was a veiled attempt at climate change denial, lol?
What was it, ignorance and stupidity?
A question.
“I’m just asking questions!”
I’m sure it’s just a smidge of winter snow build up. No need to be alarmed
Are you trolling? The seasonal variation in arctic glaciers is negligible.
Is the boat the same distance from the shore?
No the question isn’t time of year but of time of day.
See it was mid morning so the glaciers all left for tea.