CO2 is also
contributing to sea level rise because as CO2 enters the ocean, it warms up the water and the water expands, and when it expands it has to go somewhere meaning the ocean will get bigger and our beaches will get smaller.
The melting of floating ice shelves does not
contribute to sea level rise because once they are in the water, the ice shelves have already contributed to sea level rise.
The melting of floating ice shelves does not
contribute to sea level rise because once they are in the water, the ice shelves have already contributed to sea level rise.
Not exact matches
Understanding how mountain glaciers are responding
to climate change is important
because they provide fresh water
to many heavily - populated areas of the globe and can
contribute to sea level rise, Winski said.
Scientists closely monitor the size and movement of ice shelves
because when they break up, they indirectly
contribute to sea level rise through their impact on land ice.
The estimates of ice loss also helped them calculate the amount of
sea level rise contributed by the ice sheet prior
to 1990 — a number missing from the most recent Intergovernmental Panel on Climate Change report
because of the lack of direct observations.
Because the ice shelf is floating in the ocean, its melting does not immediately
contribute to sea level rise.
Is it too much of a stretch
to assume that
sea levels will
rise faster than currently predicted, largely
because many of the factors that
contribute to sea levels rising are occurring at faster - than - predicted, and possibly accelerating, rate?
Such an acceleration is of particular concern at the Pine Island Glacier,
because, among Antarctic glaciers, it's «the one that's
contributing the most
to sea level rise.»
Knowing what is driving ice - shelf melt is important
because when ice shelves lose mass, they speed up the flow of land - bound glaciers that feed them, moving ice from the continent
to the ocean, and
contributing to global
sea level rise.
The Arctic has a lot of floating
sea ice, and it is in the news a lot
because it is decreasing dramatically, but
sea ice loss in the Arctic does not directly
contribute to sea level rise.
«Ice sheets now appear
to be
contributing modestly
to sea level rise because warming has increased mass loss from coastal areas more than warming has increased mass gain from enhanced snowfall in cold central regions,» the report by a team led by Professor Richard Alley of Pennsylvania State University in the US says.
Melting mountain glaciers
contribute to sea level rise as well, but they are of more immediate concern
because of their roles in the everyday lives of millions of people.