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baseline cloudiness trends in canada, 1953-2002.
warming indian ocean wringing moisture from the sahel.

kaiser, d. p.2000. decreasing cloudiness over china:
kaiser, d. p. 2000. decreasing cloudiness over china:

reduction of tropical cloudiness by soot science 288: 1042-1047 6.
reduction of tropical cloudiness by soot science 288: 1042-1047Â Â Â Â 82.

is there a cosmic ray signal in recent variations in global cloudiness and cloud radiative forcing?
the role of the individual air-sea flux components in co2-induced changes of the ocean’s circulation and climate.

« increased cloudiness in the united states during the first half of the twentieth century: fact or fiction?
increased cloudiness in the united states during the first half of the twentieth century: fact or fiction?

what we have learned from isotope measurements of atmospheric-co2 at fraserdale, ontario x x 8 avril xiaolan l. wang assessment of observational biases and trends in canadian cloudiness x x 13 avril paul makar organic absorptive partitioning:
what we have learned from isotope measurements of atmospheric-co2 at fraserdale, ontario x x 8 apr. xiaolan l. wang assessment of observational biases and trends in canadian cloudiness x x 13 apr.

{0>climate change will influence the exposure of all living organisms to uv-b radiation via changes in cloudiness, precipitation, and ice cover.les changements climatiques influeront sur l'exposition des organismes vivants aux uv-b, de par les modifications qui auront lieu dans la couverture nuageuse, les précipitations et la couverture de glace.other factors associated with climate change, for example, human and animal behaviour, will also determine the amount of uv-b exposure.d'autres facteurs associés aux changements climatiques comme, par exemple, les comportements humains et animaux interviendront aussi dans la détermination de l'étendue de cette exposition.in addition, there are indications that several reactions to uv-b radiation work more effectively at higher environmental temperatures.de plus, certains indices donnent à penser qu'une température ambiante plus élevée intensifie bon nombre des effets du rayonnement uv-b.for instance, enhanced uv-b radiation together with high temperatures leads to faster degradation of wood and plastics, which has implications for the materials industry.n accroissement de ce dernier entraîne, par exemple, une dégradation plus rapide du bois et des plastiques, avec les implications que cela comporte pour l'industrie des matériaux.the temperature effect also applies to the induction of nuclear cataract of the eye and non-melanoma skin cancer.cette influence de la température s'observe également dans les cas de cataracte embryonnaire et de cancer de la peau avec mélanome bénin induits par les uv-b.<0}
climate change will influence the exposure of all living organisms to uv-b radiation via changes in cloudiness, precipitation, and ice cover. other factors associated with climate change, for example, human and animal behaviour, will also determine the amount of uv-b exposure. in addition, there are indications that several reactions to uv-b radiation work more effectively at higher environmental temperatures. for instance, enhanced uv-b radiation together with high temperatures leads to faster degradation of wood and plastics, which has implications for the materials industry.