Short - lived substances, on the other hand, will have a minimal effect on
delaying ozone recovery because they are more likely to degrade before reaching the stratosphere, she said.
Not exact matches
Recent increases in an unregulated
ozone - depleting substance, could
delay recovery of Antarctic
ozone levels by 5 - 30 years, depending on emissions scenarios.
«
Ozone recovery may be delayed by unregulated chemicals: Recent increases in an unregulated ozone - depleting substance, could delay recovery of Antarctic ozone levels by 5 - 30 years, depending on emissions scenarios.&r
Ozone recovery may be
delayed by unregulated chemicals: Recent increases in an unregulated
ozone - depleting substance, could delay recovery of Antarctic ozone levels by 5 - 30 years, depending on emissions scenarios.&r
ozone - depleting substance, could
delay recovery of Antarctic
ozone levels by 5 - 30 years, depending on emissions scenarios.&r
ozone levels by 5 - 30 years, depending on emissions scenarios.»
Our results show that continued sustained growth in its concentration could substantially
delay recovery of the
ozone layer, offsetting some of the future benefits of the Montreal Protocol.»
If CH2Cl2 emissions continue to rise at the rate seen in the last decade,
recovery of the
ozone hole would be
delayed about 30 years, the researchers estimate in Nature Communications.
The study, led by Simone Tilmes of the National Center for Atmospheric Research (NCAR) in Boulder, Colo., warns that such an approach would
delay the
recovery of the Antarctic
ozone hole by decades and cause significant
ozone loss over the Arctic.»
Increased polar stratospheric
ozone losses and
delayed eventual
recovery owing to increasing greenhouse - gas concentration.
Climate change «could
delay the
recovery of the
ozone hole well into the second half of this century,» he said.
Increased polar stratospheric
ozone losses and
delayed eventual
recovery due to increasing greenhouse gas concentrations.
But on current emission trends, that could
delay the
ozone hole's
recovery by 30 years, until at least 2095, he suggested.
The
recovery of the
ozone layer is being
delayed by human emissions of greenhouse gases like carbon dioxide and methane.
It appears that the changes will in some places
delay its
recovery, while elsewhere they might lead to a «super-
recovery» of
ozone.
Among the dangers of such a scheme is the risk of substantial
ozone depletion, including
delayed the
recovery of the Antarctic
ozone hole, they say.
Shindell, D.T., D. Rind, and P. Lonergan, 1998: Increased polar stratospheric
ozone losses and
delayed eventual
recovery owing to increasing greenhouse - gas concentrations.