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relatively low levels of ozone in the park that would be unlikelyto causeozone injury to plants
by site conditions , and(passive) are ... influenced byplant responses to ozone
topography and meteorological conditions(passive) is strongly influenced byExposure of plants to ozone
by increased N2O(passive) caused byozone depletion higher up
Chlorofluorocarbons ( CFC?s ) are knownto causeozone depletion in the atmosphere
Aerosol Spray - CFCcontributeto ozone depletion OZONE
by emissions of CFCs and other ozone - depleting substances(passive) caused bystratospheric ozone depletion
the processcausingozone depletion through denitrification
emissions of chlorofluorocarbons ( CFCs ) and other man - made halocarbons , used in refrigeration , air - conditioning , and industrial solvents(passive) is caused byStratospheric - ozone depletion
the release of man - made chlorine - containing chemicalscould causestratospheric ozone depletion
human created gases ( chlorofluorocarbons or CFCs(passive) caused bystratospheric ozone depletion
gases containing chlorine and bromine atoms released by human activitiescould causestratospheric ozone depletion
the substances ... the Montreal Protocol against their emissionscan causestratospheric ozone depletion
CFCs , gasescausestratospheric ozone depletion
atmospheric emissions of substancescausestratospheric ozone depletion
by emissions of CFCs(passive) caused bystratospheric ozone depletion
Chlorofluorocarbons ( CFCs ) used in cooling have been shownto causestratospheric ozone depletion
industrial chemicals such as CFCs(passive) is caused byStratospheric ozone depletion
man - made compounds that release chlorine and bromine gases into the stratosphere(passive) is mostly caused byOzone depletion
man - made compounds that release chlorine and bromine gases in the stratosphere(passive) is primarily caused byOzone depletion
human - produced compounds that release chlorine and bromine gases into the stratosphere(passive) caused mainly byOzone depletion
human - made compounds that release chlorine and bromine gases in the stratosphere(passive) is primarily caused byOzone depletion
mercury or lead , TDCPP or PBDEs or any compoundcausesozone depletion
the release of chlorofluorocarbons ( CFCs ) and other ozone - depleting substances(passive) is caused byOzone depletion
mercury or lead , TDCPP or PBDEs or any substancecausesozone depletion
chlorine ( from CFCS , HCFCs and other chemicals ) and bromine ( from methyl bromide and halonscauseozone depletion
the release of various human - produced substances including chlorofluorocarbons ( CFCs ) and methyl bromide(passive) is caused byOzone depletion
CFCscausestratospheric ozone depletion
by air pollution ( chiefly from chlorofluorocarbons(passive) caused byStratospheric ozone depletion
chlorofluorocarbons ( CFCs ) and other ozone - depleting substances(passive) is caused byOzone depletion
the gasescausestratospheric ozone depletion
gasescausestratospheric ozone depletion
by the release of chlorofluorocarbons ( CFCs ) into the atmosphere(passive) caused byozone depletion
substancescausestratospheric ozone depletion
human emissions of chlorofluorocarbons , or CFCs(passive) caused largely byOzone depletion
man - made emissions of chlorine and bromine compounds(passive) is caused byOzone depletion
by chlorofluorocarbons ( CFCs ) and other human - produced chemicals(passive) caused byozone depletion
the breakdown of chlorofluorocarbons ( CFCs ) emissions in the atmospherecould causeozone depletion
by aerosol chemicals called chlorofluorocarbons ( CFCs(passive) caused byOzone Depletion
the main gasescausestratospheric ozone depletion
significant reduction in agricultural yields in many parts of the worldis causingsignificant reduction in agricultural yields in many parts of the world
significant reduction in agricultural yields in many parts of the world and could even lead to serious food shortagesis causingsignificant reduction in agricultural yields in many parts of the world and could even lead to serious food shortages
to more sun burns and skin cancerleadingto more sun burns and skin cancer
damage to the plantscausesdamage to the plants
in increased ultraviolet ( UV ) radiation exposure , which increases the risk of skin cancers and cataractswill resultin increased ultraviolet ( UV ) radiation exposure , which increases the risk of skin cancers and cataracts
in increased damage from ultra - violet radiationresultingin increased damage from ultra - violet radiation
to decrease in ozone in the stratosphere and increase in ozone present in the lower atmosphereleadsto decrease in ozone in the stratosphere and increase in ozone present in the lower atmosphere
to increases in ambient ultra - violet radiation at the surface , which has a wide variety of adverse effects on human health , aquatic and terrestrial ecosystems and food chainsleadsto increases in ambient ultra - violet radiation at the surface , which has a wide variety of adverse effects on human health , aquatic and terrestrial ecosystems and food chains
ailments like sunburn , skin cancer , and cataracts and weakening of the immune systemhas been causingailments like sunburn , skin cancer , and cataracts and weakening of the immune system
ailments like sunburn , skin cancer , cataracts and weakening of the immune systemhas been causingailments like sunburn , skin cancer , cataracts and weakening of the immune system
to increases in UV - B radiationledto increases in UV - B radiation
to an increase in cancerleadsto an increase in cancer
to global warmingleadingto global warming
to global warming ( greenhouse effectcontributingto global warming ( greenhouse effect
alsoleadsalso
alsoleadalso
to global warmingleadsto global warming
to the global warmingleadingto the global warming
global warmingcausedglobal warming
UVB radiation to reach EarthcausesUVB radiation to reach Earth
into Ozone holeresultinginto Ozone hole
skin cancercan causeskin cancer
skin cancercausesskin cancer
to an increase in skin cancer , crop damage , and other environmental problemscould leadto an increase in skin cancer , crop damage , and other environmental problems
to an increase in UV - B that reach the earth?s surfaceleadsto an increase in UV - B that reach the earth?s surface
in a substantial increase in the intensity of ultraviolet radiation penetrating the atmospherewould resultin a substantial increase in the intensity of ultraviolet radiation penetrating the atmosphere
the problems(passive) caused bythe problems
UV to enter the surfacecausesUV to enter the surface
to thinning of the ozone layerleadsto thinning of the ozone layer
an effect on the marine lifeis also causingan effect on the marine life
UV to enterscausesUV to enters
an increase in UV - B radiation reaching the earth 's surfacehas causedan increase in UV - B radiation reaching the earth 's surface
increased ultraviolet radiation to reach the Earthcan causeincreased ultraviolet radiation to reach the Earth
to the entry of harmful radiaton of sun into earthwill leadto the entry of harmful radiaton of sun into earth
disease like sunburn , skin cancer , and cataracts and weakening of the immune system n reproductive systemhas been causingdisease like sunburn , skin cancer , and cataracts and weakening of the immune system n reproductive system
about half of the overall - measured improvementcontributeabout half of the overall - measured improvement
to increased ambient UVB radiationleadsto increased ambient UVB radiation
in harmful sun rays adding to skin problemshas resultedin harmful sun rays adding to skin problems
The intensification of UV rays(passive) caused byThe intensification of UV rays
in increased ambient UVB radiation , embody ( 1 ) skin cancerresultsin increased ambient UVB radiation , embody ( 1 ) skin cancer