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by GCR changes(passive) caused bycloud cover change
by variations in cosmic rays(passive) caused bycloud cover changes
by variations in cosmic rays as the major originator of global climate variation(passive) is caused bycloud cover change
warmingcausescloud cover ... right
a warmer climateresultingin less cloud cover
change by emitting particleswill influencecloud coverage
greater evaporationwill causegreater cloud cover
Greater evaporationcausesgreater cloud cover
onshore prevailing windscausehigh cloud cover
cloud cover ... onshore prevailing windscausehigh cloud cover
particular problems ... onshore prevailing windscausehigh cloud cover
by the warmer ocean water(passive) caused bythe great cloud - cover
the high pressurehas been causingwidespread cloud cover
climate ... in turninfluencesthe amount of cloud cover
cosmic raysmay influencethe amount of cloud cover
climate change(passive) caused bythe amount of cloud cover
in turninfluencesthe amount of cloud cover
Cosmic Rays from spacecan influencethe amount of cloud cover
by persistent rainfall(passive) caused byextended cloud cover
by the Levant wind which forms clouds as warm air(passive) caused byunusual cloud cover
Easterly flow will continueto resultin plenty of cloud cover
the varying amount of incoming cosmic radiation(passive) influenced byvarying cloud cover
by cosmic - ray fluctuations , or any one of a number of other exotic proposals(passive) caused byvarying cloud - cover
cosmic - ray fluctuations , or any one of a number of other exotic proposals(passive) caused byvarying cloud - cover
cosmic rays from the sun(passive) influenced bycloud cover
cosmic rays entering the lower atmospherecontributeto cloud cover
changes in cosmic radiationcan influencecloud cover
changes in cosmic raysinfluencingcloud cover
by the interaction of cosmic rays and the Sun(passive) caused bycloud cover
the interaction of cosmic rays and the Sun(passive) caused bycloud cover
that cosmic radiationinfluencescloud cover
cosmic radiationinfluencescloud cover
cosmic radiationinfluencingcloud cover
Warming and increases in water vapour togethermay causecloud cover
Additionally , because cosmic radiation shows greater variation in high latitudes , we expect larger changes in cloud cover in polar regionsare ... influencingcloud cover
by cosmic rays(passive) caused bycloud cover
cosmic raysinfluencingcloud cover
the cosmic rayscould ... influencecloud cover
Cosmic Rays(passive) is influenced byCloud cover
the cosmic raysare influencingthe cloud cover
additional warming , which would be a positive feedback cyclecauseadditional warming , which would be a positive feedback cycle
to a negative feedbackto contributeto a negative feedback
to a negative feedback ( of any size / magnitudeto contributeto a negative feedback ( of any size / magnitude
alsoinfluencesalso
in high fluctuations in daily and annual temperaturesresultingin high fluctuations in daily and annual temperatures
some decrease in the total production capability of the arraymay causesome decrease in the total production capability of the array
correctlyto be setcorrectly
to a cooling effectcan contributeto a cooling effect
alsoresultsalso
from lower efficiency in water evaporationresultingfrom lower efficiency in water evaporation
variable availabilitycausingvariable availability
the launch to be delayed until the next available launch window this weekendcausedthe launch to be delayed until the next available launch window this weekend
to less rain and eventually to more droughtsleadsto less rain and eventually to more droughts
low visibilitycausedlow visibility
low visibility(passive) caused bylow visibility
All the fundamental applications of optical remote sensing(passive) are greatly influenced byAll the fundamental applications of optical remote sensing
the atmospheric temperature , structure as well as the observability of spectral featuresinfluencesthe atmospheric temperature , structure as well as the observability of spectral features
the atmospheric temperature , structure as well as the observability of spectralinfluencesthe atmospheric temperature , structure as well as the observability of spectral
cooling ( more solar energy is reflected than is delayed ) and decreasing cloud coverage causes warmingcausingcooling ( more solar energy is reflected than is delayed ) and decreasing cloud coverage causes warming
the atmospheric temperature , structure as well as the observability of spectral features.[35influencesthe atmospheric temperature , structure as well as the observability of spectral features.[35
the atmospheric temperature , structure as well as the observability of spectral features.[48influencesthe atmospheric temperature , structure as well as the observability of spectral features.[48
the atmospheric temperature , structure as well as the observability of spectral features.[37influencesthe atmospheric temperature , structure as well as the observability of spectral features.[37
the atmospheric temperature , structure as well as the observability of spectral features.[45influencesthe atmospheric temperature , structure as well as the observability of spectral features.[45
Dark gaps(passive) are caused byDark gaps
more solar energy is reflected than is delayedcausingmore solar energy is reflected than is delayed
the atmospheric temperature , structure as well as the observability of spectral features.[38influencesthe atmospheric temperature , structure as well as the observability of spectral features.[38
cooling ( more solar energy is reflected than is delayedcausingcooling ( more solar energy is reflected than is delayed
the PV plant to reduce its output significantly , but not necessarily to zeromay causethe PV plant to reduce its output significantly , but not necessarily to zero
solar irradiance fluctuations and wind usually comes in gustscan causesolar irradiance fluctuations and wind usually comes in gusts
The Earth 's brightness due to reflected sunlight is known(passive) to be strongly influenced byThe Earth 's brightness due to reflected sunlight is known
The Earth?s brightness due to reflected sunlight is known(passive) to be strongly influenced byThe Earth?s brightness due to reflected sunlight is known
in more solar heat reflected back into spacewould resultin more solar heat reflected back into space
temperatures to be a little lower thoughcould causetemperatures to be a little lower though
to increased temperaturesleadingto increased temperatures
to cooling and warming at the same timecan ... contributeto cooling and warming at the same time
temperatures at the surface of the planetmay also influencetemperatures at the surface of the planet
temperatures at the surface of the planetmay ... influencetemperatures at the surface of the planet
the Earth 's temperature(passive) can be influenced bythe Earth 's temperature
in an underestimation of shortwave and an overestimation of longwave radiative fluxes at the surfaceresultsin an underestimation of shortwave and an overestimation of longwave radiative fluxes at the surface
to cooling of the Earthleadingto cooling of the Earth