Promoting habitat networks and planting more trees by creating more green areas in cities can
help absorb carbon dioxide pollution.
Not exact matches
Hemp could
help address climate change, since it
absorbs four times more
carbon dioxide than trees while growing in just a fraction of the time.
These sensors could reveal patterns that
help explain why the tropical Pacific emits
carbon dioxide, rather than
absorbing it like most of the rest of ocean.
Without this fixed nitrogen, phytoplankton could not
absorb carbon dioxide from the air, a feat which is
helping to check today's rising
carbon dioxide levels in the atmosphere.
Understanding the proportion of both is important for determining whether a large area of forest is a source of
carbon dioxide, or a «sink» that
helps to
absorb carbon dioxide from the atmosphere.
The reason: the world's oceans and forests, which scientists were counting on to
help hold off catastrophic rises in
carbon dioxide, are already so full of CO2 that they are losing their ability to
absorb this climate change culprit.
For example, they may
help researchers understand the full — and perhaps changing — potential for the plankton ecosystem to act as a sink to
absorb carbon dioxide from the air.
For example, the new study notes that restoring whale populations could
help increase the ocean's capacity to
absorb climate - warming
carbon dioxide.
The OCO would have
helped scientists monitor global warming by measuring how much
carbon dioxide was in a given part of the atmosphere and where it was being
absorbed.
Environmentally, the fires are a double whammy: They destroy trees that
help to slow global warming by
absorbing heat - trapping
carbon dioxide as they grow.
Chloride is equally important in the human diet for it
helps the blood to carry
carbon dioxide,
absorb potassium, improve digestion and conserves an acid - base balance in the body.
Another paper in Science recently estimated that the world's 10 billion acres of forest are now
absorbing about a third of
carbon emissions,
helping to limit
carbon dioxide levels and keep the planet cooler than it would be otherwise.
Forestry experts were dumbfounded by Mr. Rohrabacher's line of questioning, noting that the world's forests currently
absorb far more
carbon dioxide than they emit — capturing roughly one - third of all man - made emissions and
helping mitigate climate change.
Higher abundance of phytoplankton and krill attracts other forms of sea life and may
help offset climate change by
absorbing larger amounts of
carbon dioxide from the atmosphere.
Trees
help mitigate
carbon emissions by
absorbing carbon dioxide into their tissues as they grow.
Coastal marshes
absorb and store large amounts of
carbon dioxide from Earth's atmosphere; they
help filter out pollution in coastal waters; provide habitat for wildlife;
help protect coastlines from erosion and storm surge; and can store huge amounts of floodwater, reducing the threat of flooding in low - lying coastal areas.
Water vapor, methane, and
carbon dioxide absorb long wave solar radiation, which
helps keep the earth warm.
Europe's forests are at present
helping to mitigate climate change by
absorbing large quantities of
carbon dioxide.
Fertilizing the oceans with iron to
help them
absorb more
carbon dioxide.