The evidence to back this up is still in its infancy, but we have identified several pieces of the puzzle, including estimates at multiple locations of how much carbon
the seabed stores.
Not exact matches
It has been so well preserved by the sandy
seabed that weevils sit in the grain
stores, human skeletons lie undisturbed in their graves, and a mysterious stone circle still stands as it was first erected.
One possible measure against steadily increasing greenhouse gases is known as CCS (carbon capture and storage): Here, the carbon dioxide is captured, preferably directly at the power plant, and subsequently
stored deep in the ground or beneath the
seabed.
«Influence of increasing carbon dioxide levels on the
seabed:
Storing CO2 below the
seabed is one way to counteract increasing atmospheric CO2 - levels.
Thousands of feet below the ocean's surface lies a hidden world of undiscovered species and unique
seabed habitats — as well as a vast untapped
store of natural resources including valuable metals and rare - earth minerals.
This allowed the carbon to be
stored in the
seabed instead of being released into the air, and thus less oxygen was needed to react with carbon.
Underwater permafrost acts as a lid to restrain methane
stored in the
seabed.
It is also becoming ever clearer that the world has vast untapped
stores of natural gas, everywhere from the
seabed of the Gulf of Mexico to a wide swath of the Arctic.
Despite portentous headlines — including one on the news release from the University of Alaska, Fairbanks, saying «Arctic
seabed methane
stores destabilizing...» — there is no evidence (yet) that what is happening is fundamentally new or destabilizing, at least according to some of the scientists most closely tracking levels and sources of this gas from the poles to the tropics.
-- Increasing release of carbon
stored in soils and permafrost and methane from
seabed methane hydrates
Methane can also be
stored in the
seabed as methane gas or methane hydrates and then released as subsea permafrost thaws.
Thawing by climate change of subsea layer of permafrost may release
stores of underlying,
seabed methane