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The United States National Science Foundations Polar Network for Monitoring
Improved Formulation Accounts for Large Increases
A Method for Mapping Antarctic Surface Ultraviolet Radiation Using Multispectral
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absorbance action spectrum albedo algae Antarctic marine Antarctic ozone Antarctic Peninsula Antarctic phytoplankton ANTARCTIC RESEARCH Antarctic waters Antarctica AVHRR Biol biological weighting carbon carotenoids cells chl-a cloud optical depth column ozone correlation Cullen cultures cyanobacteria damage diatoms dose ecosystem effects of UV-B enhanced UV-B environment estimated Figure filters flagellate function Geophys growth Holm-Hansen increased incubation Karentz Lubin MAAs Marchant Mawson McMurdo Sound McMurdo Station measured Mitchell mylar O3 hole observed October optical depth ozone amount ozone depletion ozone hole Palmer Station Phaeocystis Photochem photoinhibition photosynthesis phyto phytoplankton pigments plankton Polar Prezelin primary production rates ratio region response samples sea ice Smith solar radiation solar zenith angle Southern Ocean species spectral irradiance stratospheric ozone studies surface irradiance terrestrial tion ultraviolet radiation UV exposure UV irradiance UV radiation UV-A UV-absorbing compounds UV-B inhibition UV-B irradiance UV-B radiation variations water column wavelengths